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• 06:34

### Sand Pendulums replaced Iron Filings or Paint // Homemade Science with Bruce Yeany

60 views / 0 likes - added

The sand pendulum that traces out patterns has always been a popular device in my classroom. After building and trying the basic piece, here are some additional variations that have been suggested for its use. Using a magnetic sheet and having the pendulu

• 09:52

### Sand pendulums - Lissajous patterns // Homemade Science with Bruce Yeany

595 views / 0 likes - added

Sand pendulums are an easy and beautiful method for students of all ages to learn a bit about the harmonic motion. These devices are easy to build and can be adjusted to give a variety of patterns. A pendulum that begins with two point of support can alte

• 07:37

### Sand, light pendulums-Lissajous patterns-part two // Homemade Science with Bruce Yeany

316 views / 1 likes - added

Capturing the movement of pendulums using light and a camera can be an easy and beautiful method for students and adults to learn a bit about the harmonic motion. The movement of the light is captured by having the pendulum swing in a room that is complet

• 02:57

### Buoyancy of Sand demonstration-- Archimedes principle /// Homemade Science with Bruce Yeany

643 views / 0 likes - added

When sand particles are put into motion, heavy and light objects will sink or float in the sand and behave just like in a fluid. The moving sand can be used to demonstrate the concept of buoyant forces. However, due to the size and friction of the sand pa

• 03:02

### Stringless pendulums/// Homemade Science with Bruce Yeany

296 views / 0 likes - added

Here an idea for showing how or why a pendulum's movement becomes faster or slower as it's length is changed. The period is a function of length and as the length changes, so does it's path. Homemade science is a collection of classroom tested ideas, sugg

• 06:05

### Wilburforce & Double Pendulums Demonstrate Resonance // Homemade Science with Bruce Yeany

249 views / 0 likes - added

In our studies of Harmonic motion, my students always enjoy spending some time building some simple Wilburforce and double pendulums. They all depend on the concept of resonance and help to get the point across very easily. It makes it easier for understa

• 08:14

### Colorful Sand Pendulum Patterns // Homemade Science with Bruce Yeany

101 views / 0 likes - added

The sand pendulum that traces out patterns has always been a popular device in my classroom. After building and trying the basic piece, here are some additional variations that have been suggested for its use. The use of colorful sand can turn the pattern

• 07:05

### Harmonic motion inquiry activities ///Homemade Science with Bruce Yeany

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Harmonic motion can be a fun and easy inquiry activity for all ages. Here are some ideas to investigate about simple pendulums, bar pendulums, spring pendulums and double pendulums. Homemade science is a collection of classroom tested ideas, suggestions,

• 03:35

### Identical track race science /// Homemade Science with Bruce Yeany

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Two identical tracks have several marked release points, what position on the curved path will get a ball to the bottom of the track the quickest. The movement on the tracks can be compared to the movement of pendulums and to the movement of balls down a

• 05:20

457 views / 0 likes - added

Making a homemade light bulb can be made more interesting by building it in a variety of containers. Rubber gloves, jars, paper bags, plastic cups, balloons, plastic bags. I will share some other ideas about building lightbulbs in a later video Homemade s

• 04:48

395 views / 2 likes - added

This homemade speaker uses a toy motor instead of a coil of wire and a magnet.The amplifier wires are simply attached to a toy motor to make it vibrate. Use it to make a conductor speaker that only you can hear or attach it to a paper plate to make a simp

• 03:26

### Resonant pendulum demonstration ///Homemade Science with Bruce Yeany

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Can you make just one of the pendulums move and not the others? I call this my Frequency Amplified Kinesthetic Energy Demonstration (FAKED) device. Perhaps I can do it telepathically, probably not but you can get just one of them to move if you understand

• 02:22

345 views / 0 likes - added

This simple battery tester lets you to see how it works. It can show the relationship between the flow of electricity through a coil and the strength of the magnetic field it produces. It's also a fun way of testing to see if your batteries are good or no

• 03:45

332 views / 1 likes - added

This simple device has seen a lot of use and is very popular with students. We use it as an example when exploring the concept of centrifugal force. There are several good demonstrations showing this concept, however,this centrifugal force can be misleadi

• 04:21

### Combination lock demonstration /// Homemade Science with Bruce Yeany

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Homemade lock A large see through combination lock offers students a look at the operation of a lock mechanism that normally remains hidden. 64000 possible combinations but only one will open it. Homemade science is a collection of classroom tested ideas,

• 02:39

### Spinning glitter Mystery ////Homemade Science with Bruce Yeany

336 views / 0 likes - added

The spinning glitter mystery or as it was formerly called , the spinning glitter paradox ( it's not really a paradox ) is a simple experiment that I show to my middle school science students, and then ask them to try it for themselves. A simple version ca

• 01:59

### 13 Favorite Science Demonstrations // Homemade Science with Bruce Yeany

458 views / 2 likes - added

Homemade science is a collection of classroom tested ideas, suggestions, projects, and experiments that I have used in teaching physical science for the Annville-Cleona school district in central Pennsylvania. I am currently in my 39th year of teaching. M

• 04:00

### Motion in 2 directions lab activity, parabolic curves /// Homemade Science with Bruce Yeany

288 views / 0 likes - added

Simple lab activity that records the motion of a ball as it rolls across and down a slanted table. The paint trails left behind by the rolling balls are parabolic curves. Homemade science is a collection of classroom tested ideas, suggestions, projects, a

• 08:06

### Homemade Balancing Toys Part One // Homemade Science with Bruce Yeany

94 views / 0 likes - added

Here are a few example of balancing toys that are made with simple materials. Making these types of toys have been especially popular with younger students. Using the same process, people can produce several homemade variations of commercially produced to

• 03:57

### LASER Lissajous patterns..geometric designs /// Homemade Science with Bruce Yeany

314 views / 1 likes - added

This homemade laser light show device produces different geometric designs that change as adjustments are made to it. The laser beam bounces from one spinning mirror to a second one and will change the pattern as the mirror speed varies from one to the ot

• 03:24

### Diving bear--Cartesian diver and submarine-like behavior /// Homemade Science with Bruce Yeany

416 views / 0 likes - added

The diving bear is a simple and fun experiment that is easy to build and use. It's behavior is similar to a cartesian diver and the sinking or floating of a submarine. It can help demonstrate concepts such as buoyancy (Archimede's principle), Pascal's pri

• 02:03

### no magnet motor /// Homemade Science with Bruce Yeany

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This simple motor uses two coils. The first coil is the armature that spins and the second coil replaces the permanent magnet that is usually mounted on the base. Homemade science is a collection of classroom tested ideas, suggestions, projects, and exper

• 07:35

### impulse examples///Homemade Science with Bruce Yeany

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Here are a few ideas that can help demonstrate how the amount of time that an accelerating force or a decelerating force is applied to an object will affect it's rate of motion. The result of force and time is an impulse. Homemade science is a collection

• 05:07

### chaotic pendulum//Homemade Science with Bruce Yeany

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The chaotic pendulum is used in my classroom in our discussions of resonance, harmonic motion, and chaotic motion. With small amounts of energy, it's movement is predictable, but more energy is added the movement of the arms become unpredictable. Homemade

• 01:39

### Activation Energy Analogy///Homemade Science with Bruce Yeany

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This track is used in my classroom in our discussion of chemical reactions to help explain activation energy how it may be needed to get a reaction started. Homemade science is a collection of classroom tested ideas, suggestions, projects, and experiments

• 03:58

### Air pressure demonstration - Prairie dog balloons // Homemade Science with Bruce Yeany

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How do you get a balloon to blow up inside a glass flask? This demonstration uses the change of water into steam to expand and then reduce the volume of a rubber balloon. As the balloon gets smaller, atmospheric pressure forces the prairie dogging balloon

• 04:55

### Tangent galvanometer experiment///Homemade Science with Bruce Yeany

356 views / 0 likes - added

A tangent galvanometer is an easy way to show the relationship between the flow of electricity and magnetism. They are simple enough for young students to build for themselves. Homemade science is a collection of classroom tested ideas, suggestions, proje

• 05:41

### Simple motors experiments //// Homemade Science with Bruce Yeany

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Simple motors can be easy projects to build and are helpful in learning about how they work. This is the first video showing a few different variations of motors used in my classroom for our studies. Homemade science is a collection of classroom tested id

• 02:09

### mentos and soda engine/// Homemade Science with Bruce Yeany

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Mentos and soda power a version of Hero's Engine. Using an adapted geyser tube, the soda is redirected to cause a soda bottle to spin until the nucleation process is completed. Homemade science is a collection of classroom tested ideas, suggestions, proje

• 02:23

### What color is inside the can? /// Homemade Science with Bruce Yeany

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The multicolored can has a small hole in the lid with a question, "what color is inside?" This thought provoking device is helpful to students in gaining some insight into the idea that light and color need be be reflected off of an object for us to perce

• 03:53 Popular

### Galileo's Inertia track////Homemade Science with Bruce Yeany

1,382 views / 1 likes - added

Both sides of the track are the same height, one side is 3 times longer than the other side. If I release the ball from one side can it roll off of the other side? This track was based on a series of tracks that is said to have led Galileo to the idea of

• 04:48

### Newton's 3rd law examples//Homemade Science with Bruce Yeany

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Newton's third law explains that for every force applied there is a second force that is equal in magnitude applied in the opposite direction Homemade science is a collection of classroom tested ideas, suggestions, projects, and experiments that I have us

• 03:09

### Newton's stick---- inertia apple/// Homemade Science with Bruce Yeany

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Newton's stick is a simple way to demonstrate both parts of Newton's first law. Inertia is the resistance to change in the motion of an object. Homemade science is a collection of classroom tested ideas, suggestions, projects, and experiments that I have

• 04:43

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Random decision makers can make use of the idea of chaos to make those important decisions for you. Small changes in the initial starting conditions of a bar pendulum or a rolling ball answer track can be a fun and easy project while learning a bit about

• 04:12

### World's simplest motor kits/// Homemade Science with Bruce Yeany

313 views / 0 likes - added

This is a review of a simple motor kit called the "World's Simplest Motor" and a few possible suggestions for experimenting with different shaped coils.. Homemade science is a collection of classroom tested ideas, suggestions, projects, and experiments th

• 04:47

### Angle of repose…Physics of toys // Homemade Science with Bruce Yeany

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The angle of repose or critical angle of repose is how steep various types of materials can be piled without slumping. The steepness of the side of a pile is determined by the amount of friction between the particles of matter. This can vary according to

• 02:22

### Flag waving machine////Homemade Science with Bruce Yeany

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This device is shown in our studies of simple and compound machines. Students are given an accompanied worksheet to work out the outcome and latter can experiment with building their own machines using a variety of gears, wheel and axles, levers, pullies,

• 03:18

### Centrifugal tray////Homemade science with Bruce Yeany

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The classic demonstration of swinging a bucket over your head is taken up on notch by swinging a cup of water on a tray. Swing vertically or horizontally or a combination of both and the water remains in the cup to the "centrifugal force" acting on the cu

• 04:03

### Egg drop activity////Homemade Science with Bruce Yeany

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The classic egg dropping experiment is changed to a more interesting version of the egg catching experiment. The activity has been a staple of science classes fro years, but here is my version of it. Students are required to build a device that catch a ra

• 03:52

### Toy Physics--Ramp Walker ///Homemade Science with Bruce Yeany

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Ramp walkers are cool toys that "walk" down ramps or in some case are pulled along a flat table by a weight on a string hanging over the edge of a table. Ramp walkers can have 1,2, or 4 moving legs and in some cases have additional moving parts. These two

• 05:18

### Rubber band powered cars, mousetrap car alternative/// Homemade Science with Bruce Yeany

494 views / 1 likes - added

Homemade science is a collection of classroom tested ideas, suggestions, projects, and experiments that I have used in teaching physical science for the Annville-Cleona school district in central Pennsylvania. I am currently in my 38th year of teaching. M

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• 03:35

### Seeing AC versus DC light/// Homemade Science with Bruce Yeany

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Visual results of light bulbs lit by a direct current versus light bulbs lit by an alternating current. A direct current gives a continuous light while a bulb lit with an alternating current is actually flashing on and off 120 times per second, not 60 sec

• 03:03

### Hang a mobile from the ceiling, learn about levers/// Homemade Science with Bruce Yeany

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Mobiles hanging from the ceiling can be an interesting addition to add to a room, especially when they are located near heating or cooling ducts or open windows to give them a bit of movement. They are easy to built and can be a good way to learn a bit ab

• 05:45

### falling cones activity- aerodynamics /// Homemade science with Bruce Yeany

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This inquiry activity investigates factors that make an object fall faster or slower and is an easy one for students to design, set up, and test. It does not require any special equipment and is a good way to use up and recycle used paper. If stopwatches

• 07:59

### Van Der Graaf generator shows off it's tricks /// Homemade Science with Bruce Yeany

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This is a simple Van Der Graaf generator and several examples of demonstrations that are easy to build. It can do all the tricks that a larger generator can do, just on a smaller scale. Homemade science is a collection of classroom tested ideas, suggestio

• 12:57

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REPOSTED WITH VOLUME ADJUSTED Make "music" with a carpenter saw, produce frequency patterns on easy to make Chladni plates, AND make your own violin type bow to use with both activities. Science is better when you make it yourself!

• 01:02

### Homemade Street Luges - first run - Homemade Science with Bruce Yeany

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SInce we are both physical science teachers, my son and I are always looking for fun examples of changing potential energy into kinetic energy, we thought we would give street luges a try. This was one of our first runs before we tried some steeper hills.

• 05:22

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As part of my physical science class, students are assigned several projects throughout the year. In this case, students are asked to make and present a musical instrument that can play one octave of notes. Students may choose between percussion, woodwind

• 04:34

### Motion in two directions (parabolic curve ) hanging display/// Homemade Science with Bruce Yeany

284 views / 0 likes - added

This model hangs from the ceiling to help students understand the path formed by a thrown object or similar projectile. The parabolic curve formed by a thrown objet is the result of constant forward motion and an accelerating downward motion. Homemade sci

• 04:56

### Dynamic carts and crashing blocks for Newton's laws of motion///Homemade Science with Bruce Yeany

285 views / 0 likes - added

Three variations of a classic demonstration graphically show how Newton's 2nd and 3rd law are applied giving students a better understanding of the concepts. Homemade science is a collection of classroom tested ideas, suggestions, projects, and experiment

• 04:05

### Physics of Toys--Film canister cannon // Homemade Science with Bruce Yeany

430 views / 1 likes - added

A small cannon that fires a plastic film canister is one way to start a lesson off with a bang, well not really a bang, more like a pop. It shoots a film canister about 25 feet and is powered by just two drops of alcohol. The basic idea can be shown very

• 07:59

### Homemade bimetallic strips - Thermostat demonstration // Homemade Science with Bruce Yeany

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Bimetallic strips bend due to the uneven expansion of two bonded metals. In this video, we are taking a look at making what I call bimaterial strips. Aluminum glued to paper will behave the same way as bimetallic strips and can be used to making a light b

• 10:25

### Homemade Balancing Toys Part Two // Homemade Science with Bruce Yeany

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Here are a few more example of balancing toys that are made with simple materials. Making these types of toys have been especially popular with students. Toys can be a great lead in to the study of center of mass, center of gravity, levers, torque. Also m

• 02:16

### Dancing Oobleck streams with a static charge // Homemade Science with Bruce Yeany

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While making a video on bending water with a static charge, I discovered how much more fun it is to bend thicker viscus materials. I tried several such as honey, dish soap, chocolate syrup, school glue, paint and a few others but Oobleck was my favorite.

• 01:58

### Centrifugal force toy-- toy physics ////Homemade Science with Bruce Yeany

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There are many wonderful centrifugal force toys and demonstrations available for students to investigate. However, centrifugal forces are not real and can sometimes be misleading to students unless demonstrations are followed up with a good explanation of

• 03:49

### toy physics-floating and sinking bottles, bouyant bottles////Homemade Science with Bruce Yeany

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How does the temperature affect water density, and how does the density affect the buoyant force that it can exert? This simple experiment that students can try for themselves can help to give them insight to the answers of these questions. Homemade scien

• 04:20

### String shooter-String launcher- physics of toys //// Homemade Science with Bruce Yeany

393 views / 0 likes - added

The string shooter can launch a 8 foot loop of string that has some very interesting properties while it is in motion. The string is moving quickly enough be be self supporting and does not need to touch another surface for support. Homemade science is a

• 03:57

### Toy Physics--- tumbling toy -part 1 /// Homemade Science with Bruce Yeany

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Here are several versions of a tumbling toy that clearly show the motion of these toys as they rotate down a set of rails. A clear view of the inside and slow motion video clips allow the observer to see subtle movements that are missed when viewed at nor

• 05:01

### Fountain connection- Hero's fountain////Homemade science with Bruce Yeany

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The fountain connection is a simple version of Hero's fountain in a bottle, or actually it's two bottles concocted together using a device called the Fountain Connection. Turn the device over and it produces a bubbling fountain every time. Homemade scienc

• 05:23

### Smoke Rings Underwater // Homemade Science with Bruce Yeany

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Smoke rings or vortex rings can be formed underwater in an aquarium using the same principles that apply to rings formed in air. These are not bubble rings! These rings are made visible using paints, dyes, or best of all, in a weak acid (vinegar) base (am

• 02:54

### Toy physics--- lever toy ///Homemade Science with Bruce Yeany

346 views / 0 likes - added

Lever Larry toys are fun to play with and are examples of first class levers. A squeeze of the handle causes an acrobat to swing around as the string supporting him twists and untwists. Slow motion clips are shot 7 times slower The chaotic pendulum is use

• 07:03

### Freezing pipes & soda can science demonstration // Homemade Science with Bruce Yeany

342 views / 0 likes - added

The physical change of water to ice can exert a tremendous amount of force during the freezing process, somewhere in the range of 30,000 pounds per square inch. That's 15 tons, wonder water pipe don't stand a chance when they freeze. A few metal pipes,fit

• 03:13

### Whisper tube science demonstration /// Homemade Science with Bruce Yeany

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The whisper tube is a 35 foot long vacuum hose that is able to carry whispers for the length of the tube with very little loss of energy. Even though the person speaking is 35 feet away, to the person listening, it sounds just as loud as if the person wer

• 05:56

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Two tracks start at the same height and end at the same height,but... is the shortest distance between both ends the fastest route? How about if we add more hills for it to go up and down ? The 5 sets of tracks shown are good thought provoking exercises i

• 07:37

### Big High Low track // Homemade Science with Bruce Yeany

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After building several smaller tracks using shelf bracket materials, I had the opportunity to build a much larger high low track for an upcoming episode of DIY SCI which was to be filmed at my garage. Steve Spangler brought his television crew in for a co

• 11:02

### Sound Visualizer & Chladni Patterns Formed on a Plastic Bucket // Homemade Science with Bruce Yeany

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The Sound Visualizer and the Chladni Bucket are used to show how vibrations from sound waves are able to create some very beautiful patterns using a few simple pieces of equipment. As compression waves from sound hit a surface it may cause standing waves

• 08:32

### Student Musical Instrument Projects // Homemade Science with Bruce Yeany

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Updated collection of musical instruments made by mIddle school physical science students as part of our study in sound, waves and energy. In this case, students are asked to make and present a musical instrument that can play 8 notes, it may be one octav

• 04:00 Popular

### Toy Physics - Looping Pendulum /// Homemade Science with Bruce Yeany

1,381 views / 3 likes - added

This is a simple demonstration that can be used to impress your friends using a variety of materials. It also can make a nice investigation for a science fair project or a classroom demonstration. Students can test variables and determine the conditions f

• 04:06

### Toys and machines dissected for classroom display /// Homemade Science with Bruce Yeany

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Students get a better understanding when they can see how toys and machines parts function in it's operation. Here are a few examples of machines that I have taken apart and displayed for students to examine in my science classroom.

• 03:45

### Teaching metric measurements suggestion --- length. // Homemade Science with Bruce Yeany

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Actively learning physical science requires that students be able to collect data for analysis, being able to measure correctly is an important step in that process. Since the international system of measurements (metric system) is almost universally the

• 06:59

### Calculating Toy Motor Horsepower Activity // Homemade Science with Bruce Yeany

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Calculating the Tumble Buggy horsepower. These cars are very popular in the physical science classroom, they are cheap, sold by several outlets and hold up fairly well with a bit of care. As part of our study of energy and power studies, I had my middle s

• 06:57

### Cooling by Evaporation Activity //. Homemade Science with Bruce Yeany

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Why does a body feel cold when they get out to f the shower or after a dip in the pool? A simple activity that can introduce students to the process of cooling by evaporation. Essentially evaporation is process of molecular diffusion from the liquid's sur

• 08:18

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After a tornado had ripped through our land, nearby housing developments, and farmland, there was a story circulated by a local farmer about the storm. He described that as he was surveying the damage to the buildings and property, he came across quite a

• 04:27

### Punkin Chunkin Trebuchet // Homemade Science with Bruce Yeany

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Our biggest trebuchet is for throwing pumpkins. It is able to throw 8 pound pumpkins over 600 feet, lighter ones even further. The counterweight can range from 700 to 1100 pounds.

• 06:57

### Wandering Static Balls. // Homemade Science with Bruce yeany

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When foam balls are placed near a plastic sheet they mysteriously start to move all around the surface. As they slow down, bringing you hand near the foam balls tends to get them going again. Nice demonstration in Static electricity, works best during win

• 01:55

### Mystery box challenge // Homemade Science with Bruce Yeany

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Mystery boxes challenge students to figure out a way to reproduce it's operation and build their own version of it. This particular challenge has more than one solution. Since this is still a project used in my classroom, it's method of operation is not r

• 12:55

### Slide Whistles part 1 // Homemade Science with Bruce Yeany

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Several examples of the slide whistle are shown with advice on how to build one for yourself. Several design variations that are shown, these can be made out of PVC pipe, bamboo, scrap wood, even a carrot. While the materials and designs may vary, ultimat

• 05:20

### Building Block Challenge // Homemade Science with Bruce Yeany

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Dominoes or larger blocks can be used in some simple stacking challenge for students. Patterns are shown with the idea of stacking the blocks to match the design.

• 04:08

### Inertia ball demonstration // Homemade Science with Bruce Yeany

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One of my favorite demonstrations for inertia, A 6 pound bowling ball has two eye hooks screwed into it on opposite ends. A short string is then used to suspend the ball, a second short string is tied to the bottom. WIth a little practice, it is possible

• 05:15

### Rolling Objects Investigation /// Homemade Science with Bruce Yeany

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This is a student investigation where several objects are rolled down an inclined table. The objects accelerate at different rates and some reach the bottom quicker than others. As part of this experience, students are challenged to produce two objects fo

• 04:06

### Classroom Mirror Set // Homemade Science with Bruce Yeany

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IN our study of light and reflection, I have several demonstration mirrors set out around my classroom for students to examine. This video takes a closer look at three of them. A large concave mirror, convex mirror and a multiple convex mirror

• 01:14

### Inertia of washers trick // Homemade Science with Bruce Yeany

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A quick and easy demonstration of inertia can be demonstrated with a stack of washers and a metal bar.

• 08:42

### Physics of toys-Big Cartesian divers-part 2 // Homemade Science with Bruce Yeany

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Part 2. Cartesian divers can be a fun and easy science experiment, in this video let's go beyond the soda bottle divers and take a look at how to use large bottles and various toys to larger larger divers. Music: Uplifting Inspirational Background Music b

• 13:09

### Bending streams of water with a static charge // Homemade Science with Bruce Yeany

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Why does a stream of water bend when a static charge is brought near it? This experiment and variations of it are explored as several theories are introduced and a variety of tests are offered to for further investigation. For many years I have offered th

• 04:13

### World's Smallest Smoke Rings /// Homemade Science with Bruce Yeany

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How small can smoke rings get? In this video we'll take a look. Whether large or small, the movement of vortex rings can be a fascinating when made visible. For a better view of the ring structure, I would like to suggest to anyone studying smoke rings, t

• 09:15

### Fan Cart - Blowing into your own Sail // Homemade Science with Bruce Yeany

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Here is a reexamination of the fan cart and the popular demonstration of what would happen if you try to blow into your own sail. The misapplication of Newton's 3rd law as used in a children’s storybook and why it is wrong are shown along with some other

• 08:27

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First all it's not really a paradox, that's just the name, but here's a revisit to the popular breaking board demonstration on air pressure. The common explanation has touted that sheet of newspaper is applying 8,000 to 15,000 pounds of force toehold a bo

• 03:09

### Thermal Conductivity Investigation Board // Homemade Science with Bruce Yeany

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Three surfaces appear to be at different temperatures when felt with the hand. When tested with thermometers, they are found to all be at room temperature. the differences between the surface are due to their varying ability to conduction heat or insulate

• 01:29

### balloon in a bottle -air pressure // Homemade Science with Bruce Yeany

365 views / 0 likes - added

Here is a simple demonstration that can be used to get students thinking about air pressure, the behavior of gases, and how a gas will always equalize itself out . After a few moments of thought most students should be able to figure out the "trick".

• 06:29

### Funhouse mirror- Physics of toys // Homemade Science with Bruce Yeany

355 views / 0 likes - added

An acrylic mirror can be a source of amusement and offer some insight into the behavior of reflections off of mirrored surfaces with this demonstration piece. The 4 foot by 1.5 foot plastic mirror can easily bend into a concave, convex or a combination of

• 02:38

### Sublimation of Iodine - solid to gas // Homemade Science with Bruce Yeany

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Sublimation is a direct change from the solid state into the gas state while skipping over the change into the liquid state. A common example is dry ice changing into carbon dioxide vapor, or the process of freeze drying the water out of foods. In this vi

• 02:07

### Do nothing machine, Trammel of Archimedes - part 1 /// Homemade Science with Bruce Yeany

254 views / 0 likes - added

Do nothing machine, at least that's what my dad used to call them. It is actually a Trammel of Archimedes or an ellipsograph. It is a lever that switches back and forth from a first class lever to a 2nd class lever. In doing so it is able to trace out ell

• 05:36

### Spinning bottles--Simple centrifuge // Homemade Science with Bruce Yeany

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The classic spinning bottle demonstration is performed with two bottle filled with liquid and a bobber floating in the middle, what is the result inside the bottles as the device is spun? Also shown is a temporary separation of oil and water as they demon

• 12:11

### Fun with Self-Sealing Balloons and Bottles // Homemade Science with Bruce Yeany

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Sticking pencils and food skewers through plastic bags and balloons has been a common and popular activity for students of all ages over the years. It is a nice lead in to talk about polymers. Once this is done with bags they are pretty much done for but

• 11:38

### Water Demonstrations Part One --. Siphons // Homemade Science with Bruce Yeany

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This set of three videos will take a look at some interesting demonstrations of hydraulics. The use of siphons is a very simple way of using gravity to help move water from one location to another .Several variations of siphons are shown and can easily be

• 06:48

### Balancing Soda Bottle Collection // Homemade Science with Bruce Yeany

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Some new versions of the traditional balancing soda bottles or wine bottles with the slanted board. How does the bottle manage to defy gravity and remain precariously balanced by just it's neck. The answer is to support under it's center of gravity.

• 05:24

### Balancing Nail or Pencil Challenge // Homemade Science with Bruce Yeany

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The nail balance challenge has been around for years, I remember seeing it when I was in high school, but here is a new twist to it. The challenge is a simple demonstration of balancing a dozen nails by arranging them in a sequence that holds them togethe

• 06:12

### Tennis ball + Basketball momentum // Homemade Science with Bruce Yeany

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A very simple demonstration involving a tennis ball placed on top of a basketball and then dropped from a height. The result is a tennis ball that shoots up to 9 time the original height. Fun and easy to replicate and is a simple demonstration of the tran

• 03:28

### Potential Kinetic Energy Investigation /// Homemade Science with Bruce Yeany

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This is simple student activity to investigate the change of potential energy into kinetic energy. After a ball rolls down a ramp it gets caught by a simple catch cup and pushes for distance, eventually losing it's energy due to friction. The more energy

• 04:46

### Physics of toys- Cup Flyers // Homemade Science with Bruce Yeany

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Plastic, foam or paper cups can easily be made into indoor flying objects that demonstrate the force that causes curveballs, golf balls and many other examples to curve due to the Magnus effect. A variety of sizes and variables can can this simple experim

• 04:40

### toy car speed trap // Homemade Science with Bruce Yeany

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As a special request I posted this simple and quick student assignment on calculating speed. It is a short assignment that requires students to manipulate distance and time measurements for conversions of speed. Students may choose or be assigned a few ca

• 09:20

### Flettner Rotor Sail Cart // Homemade Science with Bruce Yeany

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The Flettner rotor is a large spinning cylinder that was originally developed to harness wind energy for moving large transport ships. It was introduced during the 1920's and uses the Magnus Effect to capture the wind instead of a more traditional sail fo

• 03:41

### Speed trap- Student investigation // Homemade Science with Bruce Yeany

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Students investigate the speeds of the cars on the road outside of our school. We set up a speed trap and found that the majority of cars and trucks are over the posted speed limit.

• 03:53

### Soda Straw Flutes and Trombones /// Homemade Science with Bruce Yeany

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How to make a simple noisemaker out of a drinking straw. The pitch can be varied by changing it's length, either by cutting it shorter, adding finger holes, or adding a second straw that slides in and out like a slide whistle

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• 06:03

### Student Horsepower Lab Activity // Homemade Science with Bruce Yeany

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This student lab activity is on calculating human horsepower by using data from walking, jogging, and running up a staircase. Student calculations depended on three measurements. 1.The amount of applied force, in this case they were lifting their own body

• 09:09

### Opening Snack Containers with Hydrogen // Homemade Science with Bruce Yeany

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The reaction between Hydrogen and Oxygen to get water is featured in a number of exothermic demonstrations, from shooting soda bottles down the hallway to opening a variety of snack containers. Note of caution, for safety purposes I am using small contain

• 03:13

### Classroom Door Intruder Lock // Homemade Science with Bruce Yeany

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Note: This device is intended for use during an active intruder emergency only, it is not placed on the door at any other time. It is NOT intended for use as a normal door lock. The idea is to do anything we can to slow down an intruder from getting into

• 06:16

### Rainbow density column -- saltwater // Homemade Science with Bruce Yeany

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Large and small containers are used to make several examples of 6 layer density column of using salt, water and food coloring. What's nice about using saltwater instead of sugar water is the columns can be left to sit for several weeks and will not spoil

• 01:25

### mystery box #2 - a balancing act // Homemade Science with Bruce Yeany

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This is the second in a series of mystery boxes designed to challenge students to solve how it works. This one is rather simple with the potential to share a bad pun in it's explanation.

• 11:01

### Static Electricity- Triboelectric series // Homemade Science with Bruce Yeany

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Some simple demonstrations of materials and demonstrations of static electricity using materials listed on the triboelectric series

• 12:42

### Tennis Ball Cannon Update // Homemade Science with Bruce Yeany

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The previous video on the tennis ball cannon showed how it might demonstrate Newton's third law along with some measurements of the ball's muzzle velocity. Interestingly eno While the measured velocities showed a wide margin from one trial to the next we

• 05:34

### Trammel of Archimedes - Do Nothing Machine part 2 // Homemade Science with Bruce Yeany

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Do nothing machine, B.S. grinder, Trammel of Archimedes, they've gone by all sorts of names, when used for drawing it's an ellipsograph. I show it as a lever that switches back and forth from a first class lever to a 2nd class lever. In doing so it is abl

• 05:16

### Corner cube mirrors & Retroreflectors // Homemade Science with Bruce Yeany

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Corner cube mirrors, bicycle reflectors, traffic signs, human or animal eyes are all examples of retroreflectors various types and share the unique property of returning light back towards the original light source. There is even one on the moon placed th

• 06:40

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Here are a variety of simple examples of simple speakers that can be built to investigate how speakers work. A simple coil glued to a piece of paper, conduction speakers that only you can hear, turn any surface into a speaker and paper plate speakers are

• 03:19

### Concave mirror real image demonstration /// Homemade Science with Bruce Yeany

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This video features a device that uses a concave mirror to project the image of a small light bulb into an empty light socket. While it is possible to hide the source of the projected light from the viewers, I have found it better to allow students to eas

• 04:46

### Physics of toys-wooden air engine // Homemade Science with Bruce Yeany

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The basic concept of a reciprocating engine goes back about 300 years when first developed into a crude stream engine. the same basic principles are used in today's modern engine where expanding gas is used to drive a piston and a crank is used to convert

• 04:24

### Index of Refraction - disappearing glassware demonstration // Homemade Science with Bruce Yeany

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The classic demonstration of making Pyrex glass (test tubes, stirring rods, beakers, tubing) disappear by submerging it into a variety of liquids, in this case cooking oil. This demonstration works best when the liquid is lit from the same direction as it

• 03:51

### A Light Bulb Mystery- Electric Resistance // Homemade Science with Bruce Yeany

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A 110 volt light bulb and a 1.5 volt mini light bulb are wired in series to a nine volt battery. What will happen when the electricity flows? This is a nice simple demonstration of how temperature can affect the resistance in a conductor. The result is ca

• 03:58

### Physics of toys- Reciprocating air engine // Homemade Science with Bruce Yeany

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This wooden air engine is powered by hand using a large hand pump.The basic concept of a reciprocating movement changed into rotary motion or rotary motion into reciprocating motion can be traced back to the Roman empire or perhaps even earlier. The same

• 05:03

### Electrostatic floating Rings -toy physics = Homemade Science with Bruce Yeany

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Foam or plastic rings cut from a grocery bag can be made to float above a Plastic pipe or balloon by means of static electricity repulsion. Simple materials can be used to make this fun toy that teaches a little about electrical charges. There are several

• 04:04

### Sticks through a paper bag filled with water // Homemade Science with Bruce Yeany

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There is a very popular trick of sticking pencils though a plastic bag filled with water. The bags are made of plastic known as a polymer or very long chains of molecules the can be stretched around the pencil to form a tight seal. Paper is also a polymer

• 06:48

### Physics of toys - Simple air engines // Homemade Science with Bruce Yeany

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Sometimes referred to as a blow-suck engine, here is the most basic piece that is an easy build and popular with students. It can be varied according building skills and available materials. The same basic principles that drive this motor are used in toda

• 06:21

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The first time I saw the “Breaking board paradox” demonstration was on a short film clip on air pressure starring Julius Sumner Miller way back in the late 1960’s. It has never been a very popular demonstration but I’ve always found it amazing. The few pe

• 05:39

### Feel the moment of inertia-Physics of toys // Homemade Science with Bruce Yeany

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Why do some objects roll down a table faster than others? It depends on several factors but when everything else is the same, it comes down to where is the mass positioned in relation to it's center of rotation. Here's a way to get a "feel" for what is ta

• 09:21

### Water Demonstrations part two--Hero's Fountain // Homemade Science with Bruce Yeany

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Hero's fountain is a device that lifts water to a higher height that it's origin in order to move to a lower position. This simple device was invented almost 2000 years ago and has several variations in making it but they all operate using the same concep

• 04:14

### Bicycle tuning fork - physics of toys // Homemade Science with Bruce Yeany

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The front fork off of a bicycle makes a nice addition to a tuning fork set. The frequency of this one is very low, about 54 Hz (vibrations per second). The sound of fork is very deep and the camera does not do a good job of picking it up but otherwise, it

• 04:56

### Speed of sound activity - Measure the echo - Homemade Science with Bruce Yeany

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The speed of sound can be measured with reasonable results by measuring the time of an echo. A couple blocks of wood for clapping together, a stopwatch, and a calculator are the equipment was used for the middle school classroom activity.

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• 06:23

### Water demonstrations part three--Fountain in a bottle // Homemade Science with Bruce Yeany

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A simple fountain can be made inside two soda bottles that spurts and bubbles every time you turn it over. This can be made using a commercially made device called a fountain connection or it can be made using two soda bottle caps, some tape and a couple

• 04:20

### Breaking Pole Paradox- center of mass // Homemade Science with Bruce Yeany

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A long thin wooden pole is supported at either end atop two water glasses. A swift impulsive blow breaks the pole at it's center without managing to knock over the cups and spill a single drop. How is it possible? I am breaking it against the inertia of t

• 06:51

### Reciprocating Air Engines-- Easy build // Homemade Science with Bruce Yeany

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Reciprocating air engines have been around for a long time, here is the most basic piece that is an easy build and popular with students. It can be varied according building skills and available materials. It's operation is as simple as inhaling and exhal

• 05:55

### Chladni plates & mechanical driver- cheap! // Homemade Science with Bruce Yeany

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The use of Chladni plates can make a wonderful demonstration but can be rather expensive for equipment that may have limited use in the average classroom. This video shows how I set up the experiment using a free online tone generator on my computer, a di

• 04:11

### Mystery box revealed- Wheel and axle // Homemade Science with Bruce Yeany

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In a previous video, I showed an example of a mystery box that I use in my classroom to challenge student to solve it's principle of operation. Here is a look at the inside and a brief view of how it works. This posting will be made unlisted in one month.

• 03:40

### Simple and Compound machine classroom investigation // Homemade Science with Bruce Yeany

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A collection of hand tools and toys can be a valuable learning experience for students as they examine them to see how the simple machine parts can be combined to function together as a compound machine.

• 02:56

### Convex water lens…. Discrepant event // Homemade Science with Bruce Yeany

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Here's an old trick that's been around for many years. It can be a nice introduction to the behavior of light and the refraction in a lens. Kids seem to have fun with making their own pictures to try behind the lens and see what happens.

• 07:11

### Physics marble track review part one // Homemade Science with Bruce Yeany

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• 10:35

### Static Electricity Demonstrations Part one Induction // Homemade Science with Bruce Yeany

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Part One: Several examples of static electricity are shown in this first part with a concentration on explaining the basis of inducing a static change on insulators verses conductors. Note on the falling powder demonstration: This was something that I dis

• 07:53

### Newton's 3rd law contest entry // Homemade Science with Bruce Yeany

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The following is the video that my students and I put together and submitted to the xploration station DIY SCI contest on Newton's third law. Our entry is a collection of examples that can be used to demonstrate action-reaction forces. The contest is for

• 12:10

### Static Electricity part two Conduction-Induction // Homemade Science with Bruce Yeany

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Part two: Static electricity charging by induction and conduction are compared through a variety of demonstrations. This is a part of a series of experiments that can be used in a classroom setting students of all ages.

• 06:29

### Toy physics - Pop guns-- cork, potato, or foam poppers // Homemade Science with Bruce Yeany

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Fun and easy instructions for several variations of pop guns,potato poppers, and pop gun repeaters are shown in this video. The science behind the toy is an application of the basic concept of Boyle's law. The relationship shows that as the volume of a ga

• 07:05

### Physics of toys- Cartesian diver ideas-part 1 // Homemade Science with Bruce Yeany

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Part one. Cartesian Diver are a fun and simple experiment that is easy to do for any age. The basic experiment starts with using a soda bottle and divers made out of droppers, straws or other materials. This video take a look of suggestions to make the de

• 02:58

### Wooden levers challenge, Wood balancing puzzle // Homemade Science with Bruce Yeany

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In our study of simple machines, we take a look at types of levers and situations where the torques applied to them are equal allowing objects to be balanced. Here is a simple set of blocks that can be used to challenge student's understanding and their m

• 03:26 Popular

### Static Electricity box - dancing foam balls = Homemade Science with Bruce Yeany

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Rubbing a sheet of clear plastic with a hand or forearm, a towel, or piece of fur will give it a static electric charge that will cause styrofoam pith ball to bounce and race around it's surface. The balls will continue to move until the charges on the pl

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• 13:18

### Fan Cart - Blowing into your own Sail (updated)- part 2 // Homemade Science with Bruce Yeany

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Here is another look at the popular demonstration of the fan cart and what happens if you try to blow into your own sail. A great demonstration for Newton's 3rd law and balanced forces. I run a series of tests that show it is possible to move forward if b

• 08:33

### Tennis Ball Cannon-Newton's 3rd law // Homemade Science with Bruce Yeany

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This tennis ball cannon is mounted on a wheeled cart that allows it to move backwards as a tennis ball is fired out the barrel. The speed of the ball can vary greatly from one try to the next. The muzzle velocity of the ball can be as high as 43 meters pe

• 05:04

### Magdeburg Hemispheres- amazing alternate method- no pump // Homemade Science with Bruce Yeany

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This Magdeburg Hemisphere is a popular demonstration of atmospheric pressure that usually requires a vacuum pump to remove the air from inside the sphere. A more impressive method that is simpler and less expensive can be to use a long plastic tube and a

• 07:04

### Slow Moving Waves in Rope - Physics of toys // Homemade Science with Bruce Yeany

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The speed of waves through a stationary rope can vary due to the tension and the density of the material. What happens when the rope itself is put into motion and then a wave disturbance is added. This idea is the start of our investigation using a few di

• 05:17

### Soda Bottle Air Car- Physics of toys // Homemade Science with Bruce Yeany

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The soda bottle car is driven by compressed air and is an excellent example for demonstrating Newton’s 3rd law of motion. The soda bottle is pumped up to about 60 PSI with air using a portable air pump. The bottles are able to withstand higher pressures b

• 06:07

### Soda Bottle Rocket Car-Physics of Toys // Homemade Science with Bruce Yeany

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The soda bottle rocket car is powered by compressed air and is an excellent example for demonstrating action-reaction for Newton’s 3rd law of motion. The water inside the bottle also demonstrates Newton's first law. It has inertia and collects at the back

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• 06:13

### Single and compound pulleys review - lifting our principal // Homemade Science with Bruce Yeany

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Students have a better understanding when they actually try various pulley systems for themselves, especially when they get to try and lift each other. The biggest challenge is to see how many students it takes to lift our school principal using a single

• 03:43

### Solar motor--Free energy motor-- not electrical /// Homemade Science with Bruce Yeany

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These devices are sometimes referred to as solar motors or thermal motors, or even thermal retraction motors. Sunlight hitting the strips is converted into thermal energy (heat) which then causes the rotor to turn without any electrical or other mechanica

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• 03:06

### Toy Physics -- Leaning Tower of Pizza boxes puzzle // Homemade Science with Bruce Yeany

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This is a puzzle of little pizza boxes that need to be stacked in such a way so that they don't fall over. The stack has the first six blocks locked together with the bottom block being cut on angle, causing the set of blocks to lean. The base of this puz

• 10:55

### Supercharging the Fun Fly Stick - Van Der Graaf Generator // Homemade Science with Bruce Yeany

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Adding a metal soda can dome to the top of a Fun Fly Stick will considerably increase it's voltage allowing for some additional demonstrations that can be done with it, sort of supercharging it. The voltage is high enough to produce small sparks up to aro

• 10:51

### Spin Art... centripetal force..."centrifugal" force // Homemade Science with Bruce Yeany

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Spin art has been a popular device in the arts and science over the years. It is rather simple, spin a piece of paper at high speeds, splash some paints on it and then stop it and admire the results. It can be a nice piece to start a discussion on the app

• 05:39

### Physics of toys -string racer/ string rocket // Homemade Science with Bruce Yeany

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The String Racers are rubber band powered toys that are fairly easy to build either at home or in the classroom. Materials are easy to work with and readily available, we have even been successful making our own propellors. I've had students design and bu

• 11:01

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Updated video on the high road low road track race physics demonstration that I posted previously. In this video I tried to explore or clarify several suggestions and comments that viewers had in the first video. The high road low road track has been a cl

• 06:47

### Paper Saw Blades- paper cuts paper- Part 1- centrifugal force // Homemade Science with Bruce Yeany

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Part one: Can a saw blade made out paper cut through a sheet paper? It can if it's spinning fast enough. Circles of paper are mounted onto a Dremel type tool and then are tested to see if they can cut paper, cardboard foam cups, even thin strips of wood.

• 08:08

### Paper saw blades, PART TWO--what can paper cut? // Homemade Science with Bruce Yeany

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Saw blades made out of paper. What will they cut? What can we use them for? In this video, I cut some circles out of magazine paper an test them as paper saw blades to see how well they can hold up and cut some common household materials. Will they serve

• 02:58

### Toy Physics--Rollback Toy Challenge--Homemade Science with Bruce Yeany

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The rollback toy idea is put to the test to see how far we can get it to travel when powered by just three rubber bands. It is a great example of changing potential mechanical energy into kinetic motion energy. Fine tuning and given a long and wide enough

• 04:48

### Toy Physics--- tumbling toy -part 2 /// Homemade Science with Bruce Yeany

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Here are several versions of tumbling toys that are fun to play with and are easy to build. Some versions can show the movement of the balls inside and slow motion video clips allow the observer to see subtle movements that are missed when viewed at norma

• 03:13

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Fun demonstration to show show the additive mixture of light. Three primary colored lights are aimed at the same spot will appear as white light, but when an object blocks one or more of the lights different colored shadows appear behind the object. The a

• 02:58

### Toy physics- two toy dart gun discrepant event // Homemade Science with Bruce Yeany

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Two toy dart guns have plastic darts and are fired towards the ground… the results are that the darts hit the ground at the same time. What are the results if one of the darts is made heavier by adding a metal weight to it. Now when the guns are fired tow

• 09:56

### Swinging tray -centripetal force -Greek waiter tray // Homemade Science with Bruce Yeany

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The classic swinging water bucket and the greek waiter's tray, also called the centripetal swinging tray, or centrifugal tray is examined with some additional variations to make the experience a bit more interesting. AN easy experiment that anyone can do

• 07:27

### Skewering water balloons and big bags of water---polymers // Homemade Science with Bruce Yeany

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The popular demonstration of skewering balloons can be made more challenging by filling the balloons with water instead of air. This is a good summer experiment because it is very easy to get wet. This video also takes a look at skewering plastic bags, no

• 01:07

### Solar Powered Toy Hammer-solar motor-no electric = Homemade Science with Bruce Yeany

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Here is my Solar motor being put to work, can it hammer a nail, or even break an egg? No, but it it's fun coming up with ideas of jobs for it to do. You can see more solar motors on my other video at: https://youtu.be/VQqpnAKf9cM These devices are sometim

• 00:55

### Solar Powered Toy Bell Ringer- solar motor - no electric = Homemade Science with Bruce Yeany

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Here is my Solar motor being used for more work. Not much sound but I've had fun trying to find work for it. You can see more about solar motors on my other video at: https://youtu.be/VQqpnAKf9cM These devices are sometimes referred to as solar motors or

• 07:49

### Building physics marble tracks-loop de loop track part 2 // Homemade Science with Bruce Yeany

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After a review of physics marble tracks in part one, this segment gets into a review of the basic materials needed for building your own track by constructing a loop de loop track. In a future segment we will take a look a the physics of the loop de loop

• 10:03

### Can you turn Beach Sand into Kinetic Sand?!?

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Kinetic Sand is an Incredible polymer based sand. You won't believe what happens when I compare beach sand and kinetic sand! I did some incredible science experiments with the kinetic sand and I even show you how you can make your own kinetic sand at home

• 10:01

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In today's video we're revisiting hydrophobic sand and trying new experiments and colors! Subscribe & “Ring the Bell”: https://goo.gl/618xWm Silicone Spray: https://amzn.to/2McxUCB Colored Sand: https://amzn.to/2OxiMwh Get TKOR Merch: https://goo.gl/i5ehR

• 03:29

### This Electricity-Conducting Paint Lets You Paint Switches On Walls

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London-based Bare Conductive makes paint that conducts electricity. It's called electric paint and it can be used on a variety of surfaces including paper, plastic, wood, cardboard, or glass. Electric paint uses carbon to conduct electricity. "Inside of t

• 06:35

### DIY Sand Castle with Kinetic Sand - Summer Craft | Arts & Crafts with Crafty Carol at Cool School

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Craft a sand castle using Kinetic sand with Crafty Carol. Crafty Carol loves crafting sand castles at home because she doesn't have to worry about wind, high tides, and sharks ⎯ and neither do you! Subscribe to Cool School's Channel: http://bit.ly/18enloo

• 06:09

### Get UNLIMITED IRON in MINECRAFT with an Iron Golem Generator | MASTER MINE TUTORIALS

354 views / 1 likes - added

Never run out of iron with this handy tutorial from Fin that shows you how to make an iron golem generator! Master builders from all over YouTube teach Minecraft tutorials, breaking the most complicated creations down into a simple step-by-step process. →

• 09:43

### Mixing the World's Blackest Paint With the World's Brightest Paint (Black 2.0 vs LIT)

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In this video I took your suggestions to see what happens when you mix the brightest (LIT) and the darkest paint (Black 2.0) together! Black 2.0 is the darkest blackest black paint, since vantablack is not a paint technically.Then I test some other audien

• 04:09

### Real life Iron Man suit - Science Explained with Science Bob

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► Subscribe for more || http://po.st/GWR-Subscribe ► Watch the GWR’s Favourites || http://po.st/GWRFavs ► Richard's Journey on YouTube || http://bit.ly/GravityIndustries The subject of science can sometimes be quite difficult – but it doesn’t always have

• 08:15

### Sand Ball ! LOL Pet Surprise Mixing All Sand - Blind Bag Cookie Swirl Video

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Ready to mix all the Surprise Pets sand together! What will the sand ball look like? Is there a surprise in side? Let's see. FREE Subscription Never miss a video! Click here : http://bit.ly/1RYkDF6 ~~~~~~~~ Play The official Cookie Swirl World App Game fo

• 01:55

### Homemade Lung - Sick Science! #181

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The human body is a magnificent machine. Every part serves a purpose that seems to work like magic (except maybe the appendix). The more science discovers and understands about the human body, the more opportunities we have to replicate their processes. W

• 01:45

### Brown Sugar Homemade Ice Cream - Sick Science! #217

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Check out cool science kits and toys: http://www.stevespanglerscience.com/ See the full experiment here: http://www.stevespanglerscience.com/lab/experiments/brown-sugar-homemade-ice-cream Food always tastes better when it’s homemade, and the same is true

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• 01:23

### Homemade Kaleidoscope - Sick Science! #179

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Find out what is happening here: http://www.stevespanglerscience.com/lab/experiments/homemade-kaleidoscope Kaleidoscopes are an incredible tool for witnessing the effects of refracting light, but putting your own kaleidoscope together can be a pain. We've

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• 01:26

### Homemade Projector - Sick Science! #201

522 views / 1 likes - added

See the full experiment here: http://www.stevespanglerscience.com/lab/experiments/homemade-projector Smartphones are used more frequently than for watching videos than ever before, but sometimes you just want a bigger viewing area. For those strapped for

• 01:25

### Homemade Hand Warmer - Sick Science! #227

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Check out cool science kits and toys: www.stevespanglerscience.com See the full experiment here: http://www.stevespanglerscience.com/lab/experiments/homemade-hand-warmer If you’ve ever spent time outdoors in the cold, there’s a good chance you’ve used or

• 03:52

### DIY Kinetic Sand! Make Your Own Sand Slime! | Arts and Crafts with Crafty Carol

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Can't wait for summer? No problem! Crafty Carol is teaching you how to make DIY kinetic sand! Subscribe to Cool School's Channel: http://bit.ly/18enloo Like Cool School on Facebook: http://on.fb.me/1EFNxXE Follow Cool School on Twitter: http://bit.ly/1EUu

• 02:08

### Homemade Rock Candy - Sick Science! #188

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GET THE ROCK CANDY KIT HERE: http://www.stevespanglerscience.com/rock-candy-crystal-kit.html Science is often referred to as the most fun subject in school, but it can be the most delicious subject, too! When you create Homemade Rock Candy, you'll be divi

• 10:24

### Learn How To Make A Homemade Jet Power Boat And More Amazing DIY Science Experiment Ideas By LAB 360

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Hello and welcome to a new and amazing episode of LAB 360, let's learn to make a homemade jet powerboat which is a very cool science experiment to try at home or in your backyard.#science #experiments #DIY #scienceprojects #diyexperiments #lifehacksSubscr

• 02:39

### DIY Kinetic Moon Sand Easy To Make It Yourself

528 views / 0 likes - added

Make your own Kinetic Squishy Moon Sand! Some people call it Sands Alive or Brokstone or even vat19 sand but basically all you need is the following: 3 1/2 of corn starch 2 1/2 cups of sand ( beach sand works fine) 1 cup of water 1 teaspoon of dishwashing

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• 07:28

### A microscopic look at why the world is running out of sand

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Humans are using more sand than the Earth is naturally producing, and that’s a problem for the global construction industry. But it turns out that the usefulness of sand depends on the science of each tiny little grain. We went on a sand scavenger hunt to

• 07:52

### Marvel Science Iron Man Repulsor Ray Tech Lab And Tornado Maker Toys For Kids Ryan ToysReview

449 views / 3 likes - added

Join Ryan and his family from Ryan ToysReview as we unbox and play with Marvel Science Iron Man Repulsor Ray Tech Lab and Tornado Maker toys for kids! Try to control and balance the force and learn about real air power here on Earth! Also create your own

• 01:44

### How To Make A HomeMade Vuvuzela | Vuvuzela Sound & HomeMade Vuvuzela Science Experiment

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EASY Science Experiments to do at Home :- http://bit.ly/1px0HvK Do you enjoy the Vuvuzela Sound ? Its time to make some Vuvuzela noise for the World Cup 2014. Try this fun science experiment of How to Make a Home Made Vuvuzela. Watch this fun Vuvuzela sci

• 09:51

### How To Paint A Beautiful Landscape (for kids)

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Happy Friday, Art Friends! I hope you're excited to follow along with us! Today we're learning how to paint a landscape. It may look challenging, but it's a lot easier than it looks! We're actually drawing our scene first and then painting at the end. Thi

• 02:27

### Why Is All Sand The Same?

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Help MinuteEarth weather the sands of time! (By subscribing to MinuteEarth on Subbable - http://subbable.com/minuteearth) THANK YOU!!!!! How much it costs to make MinuteEarth - http://dft.ba/-how_much_MinuteEarth_costs Created by Henry Reich Video Concept

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• 01:09

### Sand Flea Jumping Robot

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Sand Flea is an 11-lb robot with one trick up its sleeve: Normally it drives like an RC car, but when it needs to it can jump 30 feet into the air. An onboard stabilization system keeps it oriented during flight to improve the view from the video uplink a

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• 03:55

### The Earth Is Running Out of Sand and It Could Cause a Global Crisis

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Much of the world’s construction is reliant on sand, and we’re running out of it. What could that mean next? Skyscrapers of the Future Will Be Engineered to Copy Nature - https://youtu.be/-OPGQ9EhDZM Read More: Construction: limit China's sand mining http

• 03:11

### Watch artist paint the universe. 2.5 years of stop motion.

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"I Paint" - Over 2.5 years of stop-motion. Watch artist Thijme Termaat paint the universe in this highly interactive painting music video. Website :http://www.thijmetermaat.com Visit my page: https://www.facebook.com/ThijmeTermaatOfficial/ No CGI are used

• 03:21

### Let's Settle This! How to Care for Cast-Iron

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Subscribe! http://bit.ly/ACSReactions Cast-Iron skillets are one of the kitchen's ultimate multitools with some big time advantages over your everyday, stock aluminum pan. Today we're taking a look at why these pans rule, and for you kitchen know-it-alls

• 01:31

### Iron Man molecule restores balance to cells

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• 03:03

### Make A GIANT Super Bouncy Ball With Sand!

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Making a Giant Super Bouncy Ball is an awesome way to have fun! I bought a ball mold online and drilled holes into the sides. Then I covered it with tape and filled it with polymer ball sand. I let it sit in water for 5 minutes then took it out to dry for

• 11:07

### Iron Man Electric Skateboard Build #1 at DEFCON VI

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Iron Man Electric Skateboard Build Part 1: I decided to make event videos slightly different by building an Iron Man Electric Skateboard at the event. This Iron Man Electric Skateboard is 3D printed on the Lulzbot MOARstruder and will be assembled over tw

• 03:32

### What Happens If We Run Out Of Sand?

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If the world runs out of sand, what would happen? What would it cost us? Watch more: What's Hiding Deep Within The Ocean? ►► https://www.youtube.com/watch?v=h2Zv3OOhQEQ&list=PL8L0MzSk_V6JtEDRfRMyb6rFd1acqYSlO&index=124&t=0s Subscribe: https://bit.ly/SubLi

• 11:45

### What If a Black Hole Replaced The Sun?

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Go to https://NordVPN.com/ridddle to get 75% off a 3 year plan and use code RIDDDLE to get an extra month for free! Protect yourself online today!I have a NEW channel "Meet, Arnold!" - https://www.youtube.com/watch?v=NsoJa2pm6MoIf you like this video - pu

• 11:23

### How To Draw Cartoon Iron Man

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I'm really excited about this one, follow along with me and learn how to draw Iron Man! You'll need the usual supplies (marker, paper, and colored pencils).

• 01:45

### Flu Shots Could Be Replaced By This Patch One Day

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These micro needle patches could serve as an alternative to traditional flu shots in the future. Learn more: http://www.news.gatech.edu/2017/08/24/microneedle-patches-flu-vaccination-successful-first-human-clinical-trial Subscribe to our new channel, INSI

• 02:13

### The \$102 Million Bomber That Almost Replaced The B-52

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In 1974, after a long and distinguished service record, the B-52 faced a threat it had never encountered in combat: retirement at the hands of a newer, more advanced model. From: AIR WARRIORS: B-52 http://bit.ly/1sJtMvw

• 12:39

### Iron Man Exo Suit #18 - Gearboxes & Motors | XRobots

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Iron Man Exo Suit part 18: It's time to looks at adding motor and gearboxes to the Iron Man ExoSuit. I'll be using brushless motors and all of that Skateboard building has helped me think it through. I hope you enjoy part 18 of the real working Iron Man E

• 01:51

### A real life Iron Man jet suit

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A real-life Iron Man suit is now on sale. The Gravity Jet Suit can fly as high as 12,000 feet at top speeds of 32pm, though you’ll need Tony Stark money to buy it: the suit costs \$443,000. The Iron Man jet suit is powered by five micro-jet engines, two on

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