Nothing, Rubber is an insulator and will not conduct electricity
Electricity flows through metal because metals are good conductors of electricity due to the free electrons in their atomic structure. Rubber, on the other hand, is an insulator and does not allow electricity to flow through it easily, as it does not have free electrons that can carry the charge.
Fats! Lipids are fats, ase means an enzyme, put them together and that's what happens.
You can affect the extention of a rubber band by putting weights on it. The more weights you put on a rubber band the higher the extention will be.
put a wire through it
medow They grow together in a meadow. They are put together in a bouquet.
How do you take electricity apart?
Electrolysis
If they are put together in equal parts, then they will equalize the PH level.
remove the disc and put the two vertebrae back together. what happens to the nerve?
You get an explosion.
you could use rubber glue or tie it back together, DONT Stick IT IN THE MICROWAVE!!
Electricity flows through metal because metals are good conductors of electricity due to the free electrons in their atomic structure. Rubber, on the other hand, is an insulator and does not allow electricity to flow through it easily, as it does not have free electrons that can carry the charge.
Rubbing two pieces of wool together creates static electricity. When placed close together, the opposite charges on the wool pieces attract each other, causing them to stick together momentarily due to the static force.
Buna S rubber is a type of synthetic rubber made up of two monomers put together to form a polymer. It was invented by German scientists in 1935.
nothing
first you need rubber string then some heat like a lighter then you put the string in a shape and with the heat put it together and you get a shape! It may not be the shape you want but it will be bracelet
When you rub two balloons together, they become charged with static electricity, creating an electrostatic field. When you place the charged balloons near a piece of paper, the paper is attracted to the balloons due to the static electric forces. This is a simple demonstration of static electricity in action.