Make it into a slingshot
The rubber band would turn and cause the propeller to move. When you launch it, it will cause the propeller to turn, causing the airplane to fly.
If you get a rubber band and pull it back, that is potential energy, when you let go and the rubber band and it is in motion that is kinetic energy. potential energy is when an object is about to move because it is storing energy, and the higher the object is the more potential energy it has.
Solar cells make objects move by using the power from the sun to generate power to move something.
the colder the rubber bands are the slower themolecules move and the more heated up they are the raster they move!!!!!!!!!!!!!!PS. i I'm a kid
You need Potential (stored) Energy
vibration
Rubber band car
The rubber band would turn and cause the propeller to move. When you launch it, it will cause the propeller to turn, causing the airplane to fly.
rubber would be an example of something that does not allow electricity to move through it easily
PROJECT TITLE:Heat DetectorAim:To make a heat detector.Materials Required:1. Wooden box2. Cardboard piece3. Rubber band4. PinProcedure:Stretch a rubber band around the sides of a wooden box. Then cut out a arrow from the piece of cardboard and, mount it on a pin, and push the pin under the rubber band. If you now bring a burning match or candle close to the rubber band, the cardboard arrow will rotate anti-clockwise. Move the flame near the other end and the arrow rotates clockwise. The heat causes a portion of the band to contract, rotating the pin and arrow. This is because rubber contracts when heated and expands when cooled.
A rubber band boat works much like a rubber band airplane. First you need to build the boat itself. Then you need to make a propeller. The propeller shaft needs to run through the inside of the boat, not below the boat. With the prop below the water. The propeller shaft should not go the full length of the boat. About halfway through put a loop in the shaft. Then to the front of the boat attach a rubber band. Then run the rubber band through the loop in propeller shaft. Now twist the prop and the rubber band should twist around and around. When it's good and tight let go and the propeller should spin. Allowing the boat to move forward in the water. Mind you the shaft needs to be a thin piece of metal, as it will be difficult to make it water tight.
rubber would be an example of something that does not allow electricity to move through it easily
Well its easy really. To make one you need: A round container One small and strong bag Elastic band Rice Pencil (with rubber at other end) What to do: 1.Put the rice in the container. 2.Pull the bag over the container. 3.Hold it in place with a elastic band. 4.Tap with pencil (rubber side). 5.Enjoy your drum. TIP:To change the pitch move the elastic band up or down.
no it does not change the elasticty if any thing it makes the rubber band smaller.What effect does heat have on the elasticity of rubber?That is not an easy question to answer but the heat stretches the rubber band because the molecules have to arrange or move themselves around. When a rubber band isn't being stretched the molecules are in a srtaight line.
First take it apart to find the "rubber band" or where it was. Remove the broken pieces of the old band (normally called a drive belt)and install a suitable new rubber band. Actually, sometimes this will work for a while. Replacement drive belts are made of a sturdier material than a rubber band and will last longer with less stretching. Your new rubber band will have to provide enought tension to move the drive wheels but not be too tight as to put undue pressure on those components. Replacement belts are cheap but much too varied for shops to stock very many. Some factory inventory of belts degenerate into rubber blobs or pieces while waiting for a buyer. LOL
Yes, temperature effects elasticity. At a constant temperature, and for elongations not too large, a rubber band obeys Hooke's Law. Means the temperature must be constant.an elastic will show more elasticity in cold & lesser in summer relatively. Heating the rubber molecules make them move around more. They become less aligned as a result and the rubber band SHRINKS. so finally it can be told that temperature matters in term of elasticity.
move