Question

ii) A resistor held in running water carries
electric current. Treat the resistor as
the system (a) Does heat flow into the
resistor? (b) Is there a flow of heat
into the water? (c) Is any work done?
(d) Assuming the state of resistance to
remain unchanged, apply the first low of
thermodynamics to this process.​

Answer 1

Explanation:

jhhsbjosksbvvhikk. A resistor held in running water carries

electric current. Treat the resistor as

the system (a) Does heat flow into the

resistor? (b) Is there a flow of heat

into the water? (c) Is any work done?

(d) Assuming the state of resistance to

remain unchanged, apply the first low of

thermodynamics to this processnfjsiaokvfukbfuik