The amount of heat produced in a conductor does not depend on

length

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material

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force

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thickness

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Solution

The correct option is C
force

The amount of heat produced in a conductor is given by $H = I^{2} R t$ .

Now, resistance R depends on the length, material and thickness of the conductor. So, the correct choice is "force".

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Similar questions

Statement 1: The amount of heat produced in a current carrying wire depends on its material, length and thickness.
Statement 2: The heat generated in a current carrying wire increases as the thickness of the wire increases.

The amount of heat produced in a conductor does not depend on __________.

Q. What are the factors upon which the amount of heat produced in a wire depends?
(i) Material
(ii) Length
(iii) Thickness

Q. What are the factors upon which the amount of heat produced in a current carrying wire depends?
1. Material of the wire
2. Length of the wire
3. Thickness of the wire

Q. The amount of heat produced in a wire depends on its material-

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The amount of heat produced in a conductor does not depend on

The correct option is C force The amount of heat produced in a conductor is given by H=I2Rt. Now, resistance R depends on the length, material and thickness of the conductor. So, the correct choice is "force".

The correct option is C
force

The amount of heat produced in a conductor is given by $H = I^{2} R t$ .

Now, resistance R depends on the length, material and thickness of the conductor. So, the correct choice is "force".