Element oxidation state is a chemical property, as it is related to the number of electrons an atom gains, loses, or shares when forming chemical bonds with other atoms. It reflects an element's ability to undergo chemical reactions.
It depends on which element is being referred to.
No, it depends upon quantity of matter so is extensive property.
intensive property
If you mean zero electrical resistance for an electromagnet, this is possible with superconductivity. This can be achieved for certain materials at fairly low temperatures - typically a few kelvin.
another word is identity property. The sum of zero and any number is the number.
Zero is refered to as the additive identity element in this situation.
Superfluid helium is an example of a liquid with zero viscosity at temperatures close to absolute zero. This unique property allows it to flow without any resistance.
the zero property in math is when you multiply by zero which is the multiplicative property of zero or it is when you add zero to anything and get zero that is called the additive property of zero
Materials with zero resistance are called superconductors, which allow electrical current to flow through them without any loss of energy. Superconductors display this property at very low temperatures, reaching a state of zero electrical resistance known as superconductivity.
A voltmeter must have a very high resistance to measure voltage. A voltmeter is placed in parallel with the element that you are measuring. If the voltmeter has a low internal resistance, then all of the current will flow through the voltmeter instead of the element. You want all of the current to flow through the element, to get an accurate reading of the voltage. Conversely, an ampmeter must have zero resistance, because it is placed in series with the element.
a zero property is something that equal zero
The Zero property of Multiplication is when anything times zero is zero.
Zero is the additive identity element.
The special property that zero has is that if you multiply zero by any number, you get zero.
An ideal superconductor has exactly zero losses, thus resistance is zero.
If you add the identity element - namely zero - to a number, you will get the same number back.