There is no one definitive answer to this question. Some possible hypotheses that could be explored include: using electric current to prevent metal from rusting, using electric current to reverse the rusting process, or using electric current to promote the formation of a protective layer on metal that prevents rusting.
The hypothesis regarding using a lemon to power a light bulb would be that the acidic juice of the lemon can act as an electrolyte to facilitate a chemical reaction with the metal electrodes of the light bulb, generating enough electricity to produce light.
copper is a metal
No, copper is a metal. It is a ductile and malleable metal that is a good conductor of heat and electricity.
Yes, a metal serving spoon is a conductor because metals, in general, are good conductors of electricity due to their high number of free electrons that can move easily through the material. When connected to a circuit, the metal spoon would allow electric current to flow through it.
Yes, lutetium can conduct electricity as it is a metal and has metallic properties like high electrical conductivity.
A hypothesis is a guess based on what you know. Which metal do YOU think will absorb heat the most? Write it as a statement and that will be your hypothesis: "I think _____ will absorb heat the most." It doesn't matter if your hypothesis is right or wrong, just that you have a guess.Of course, then you need to test your hypothesis and actually find out which metal does!
Electricity doesn't make metal. Since electricity only travels through it.
carbon is not a metal and can conduct electricity
Yes, electricity can flow through metal.
Metal conduct electricity and flow of electricity is the current.
Energy+Metal=Electricity or Sun+Solar Cell=Electricity
metal life - metal golem. metal energy - electricity. electricity metal golem - robot.
The hypothesis regarding using a lemon to power a light bulb would be that the acidic juice of the lemon can act as an electrolyte to facilitate a chemical reaction with the metal electrodes of the light bulb, generating enough electricity to produce light.
as it is a metal it should be an excellent conductor of both.
A slinky toy can conduct electricity because it is made of metal, which is a good conductor of electricity. When a voltage is applied to the slinky, the electrons in the metal can move freely, allowing the electricity to flow through it.
Because if the two metal touch each other they would not conduct electricity!
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