the work W done on the charge in terms of q, V, and/or I. is W =qV.
question was incomplete, the complete question is -
Part A Focus on a single charge, q, passing through the resistor. Find the work W done on the charge by the electric field in the resistor. Express the work W done on the charge in terms of q, V, and/or I.
<h3>What is Work?</h3>
Transferring energy into an item to cause some displacement is what is referred to as work. The ability to perform tasks is referred to as energy. The work is consistently the same. Kinetic and potential energy are two examples of the various forms of energy.
Work done to move the charge across the potential difference is given as
W =qΔV
here the magnitude of charge is given as
charge = q
potential difference is given as
potential difference = V
so work done is given as
W =qV
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The Ramsar Convention on Wetlands of International Importance Especially as Waterfowl Habitat is an international treaty for the conservation and sustainable use of wetlands.
A rock at the edge of a cliff has potential energy because it isn't in motion, but is located in a place that motion could occur in the near future.
That is the wrong attiude!....dipwad.
Answer:
C. 212,000 years
Explanation:
believe me it's correct.....and you're welcome :)