Write relation between heat energy produced in a conductor when a potential difference v is applied across its terminals and a current i flows through for t
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Answered by
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Power Comsumed ,
P = Work Done / time
= Electrical Energy / time = E / t
P = E / t
E = P x t
Electrical Energy radiate out as Heat from the conductor , so we must have
H = P × t
= V x I x t ( P = V x I )
= VIt
P = Work Done / time
= Electrical Energy / time = E / t
P = E / t
E = P x t
Electrical Energy radiate out as Heat from the conductor , so we must have
H = P × t
= V x I x t ( P = V x I )
= VIt
Answered by
0
Answer:
Power Comsumed ,
P = Work Done / time
= Electrical Energy / time = E / t
P = E / t
E = P x t
Electrical Energy radiate out as Heat from the conductor , so we must have
H = P × t
= V x I x t ( P = V x I )
= VIt
Explanation:
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