h of the following does not apply to silver

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Q.
Which of the following does not apply to silver

1 The resistance provided is directly proportional to its length.

2 The resistance provided is inversely proportional to the area of cross section.

3 Their resistivity is in the range $10^{- 8} Ω - m t o 10^{- 6} Ω - m$

4 The movement of electrons on their outermost orbital is tightly held together.

Ans.
(4)

For a given continuous piece of uniform wire, the resistance is directly proportional to its length. Thus, silver which is a good conductor of electricity and the resistance in it is directly proportional to its length.

Solution

Q.
Which of the following does not apply to silver

1 The resistance provided is directly proportional to its length.

2 The resistance provided is inversely proportional to the area of cross section.

3 Their resistivity is in the range $10^{- 8} Ω - m t o 10^{- 6} Ω - m$

4 The movement of electrons on their outermost orbital is tightly held together.

Ans.
(4)

For a given continuous piece of uniform wire, the resistance is directly proportional to its length. Thus, silver which is a good conductor of electricity and the resistance in it is directly proportional to its length.

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Solution

Q. Which of the following does not apply to silver

1 The resistance provided is directly proportional to its length.

2 The resistance provided is inversely proportional to the area of cross section.

3 Their resistivity is in the range 10-8Ω-m to 10-6Ω-m

4 The movement of electrons on their outermost orbital is tightly held together.

Ans. (4) For a given continuous piece of uniform wire, the resistance is directly proportional to its length. Thus, silver which is a good conductor of electricity and the resistance in it is directly proportional to its length.

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Q.
Which of the following does not apply to silver

3 Their resistivity is in the range $10^{- 8} Ω - m t o 10^{- 6} Ω - m$

Ans.
(4)

For a given continuous piece of uniform wire, the resistance is directly proportional to its length. Thus, silver which is a good conductor of electricity and the resistance in it is directly proportional to its length.