24.4a : Confirm that equation has the same units on both sides of equal sign24.7 : confirm that equation has units of energy divided by time rrent density J is the current perit area at a point in a material.- J = GEo is the conductivity, aproperty of the material.E is the electric field at the point where we're evaluating 7.(Ohm's law, microscopic version)The microscopic version relates electricalquantities at each individual point.(24.4a) P is the power associated withcurrent through and voltageacross an electrical device.P = IVand V is the voltage.I is the current...(electric power)P could be power dissipated in a resistor, converted to mechanicalenergy in a motor, or produced in a battery or generator.(24.7)

Given Data, The given question is based on unit conversion to solve the given question we will solve…

Answered: 24.4a : Confirm that equation has the…

24.4a : Confirm that equation has the same units on both sides of equal sign 24.7 : confirm that equation has units of energy divided by time

Inquiry into Physics

8th Edition

ISBN:9781337515863

Author:Ostdiek

Publisher:Ostdiek

Chapter7: Electricity

Section: Chapter Questions

Problem 23Q: (Indicates a review question, which means it requires only a basic understanding of the material to...

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Question

24.4a : Confirm that equation has the same units on both sides of equal sign 24.7 : confirm that equation has units of energy divided by time

rrent density J is the current per
it area at a point in a material.
- J = GE
o is the conductivity, a
property of the material.
E is the electric field at the point where we're evaluating 7.
(Ohm's law, microscopic version)
The microscopic version relates electrical
quantities at each individual point.
(24.4a)

P is the power associated with
current through and voltage
across an electrical device.
P = IV
and V is the voltage.
I is the current...
(electric power)
P could be power dissipated in a resistor, converted to mechanical
energy in a motor, or produced in a battery or generator.
(24.7)

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