The energy a 12V battery can deliver if it can move 3000°C of charge will be 36000 J and the energy that an identical battery (12V) can deliver while moving a charge of 40,000°C will be 480000 J
Charged material experiences a force when it is exposed to an electromagnetic field due to the physical characteristic of electric charge. You might have a positive or negative electric charge. Contrary charges attract one another while similar charges repel one another.
Given a 12V battery can deliver if it can move 3000 C of charge, and the energy that an identical battery (12V) can deliver while moving a charge of 40,000 C
We have to find total energy that this battery can deliver
Let,
q = 3000 C
V = 12 V
The total energy delivered by battery will be as follow:
U = qv
U = 3000 x 12
U = 36000 J
Similarly for another battery
q = 40000 C
V = 12 V
So total energy delivered will be
U = 40000 x 12
U = 480000 J
Hence the energy a 12V battery can deliver if it can move 3000°C of charge will be 36000 J and the energy that an identical battery (12V) can deliver while moving a charge of 40,000°C will be 480000 J
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