The work done in moving 10 coulomb charges across the potential difference of 5 volts is______.
50 joules
The correct answer is option 1 I.e. 50joules.
To find the work done, we use the formula:
Given:
-
Charge (Q) = 10 coulombs
-
Potential Difference (V) = 5 volts
Similar Questions
If a force ‘F’ acts on a body such that body gets displaced through the distance ‘x’ in the direction of the force, then the work done by the force is ____________.
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i) Mass of the body
ii) Square of the velocity
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Statements:
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II) Energy can neither be created nor destroyed.
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Important Questions from Work and Energy
If a force ‘F’ acts on a body such that body gets displaced through the distance ‘x’ in the direction of the force, then the work done by the force is ____________.
The kinetic energy of a moving object is dependent on which of the following quantities:
i) Mass of the body
ii) Square of the velocity
iii) PressureWhich of the following statements refer/s to the law of conservation of energy?
Statements:
I) Energy can be converted from one form to another form of energy.
II) Energy can neither be created nor destroyed.
- Mechanical energy is the sum of _______.
The washing machine works on the principle of __________
