Answer to Question #103383 in Electricity and Magnetism for cvc

Electricity and Magnetism

Question #103383

How much work is done to transfer 2.6 C of charge through a potential difference of 120 V?

Expert's answer

the work of moving the charge in an electric field takes the form

"A=q \\cdot \\Delta\\phi=2.6 \\cdot 120=312 J"

Learn more about our help with Assignments: Electromagnetism

Comments

No comments. Be the first!

Leave a comment

Related Questions

1. A force of 0.037 N is required to move a charge of 35.9 µC a distance of 24 cm in an electric field
2. A metal ball has - 8 Coulomb of charge. If it receives 0.50*10^20 number of electrons, what will be
3. Derive the wave equation for the z-component of the electric field of an electromagnetic wave and
4. Why do magnetic moments in ferromagnetic materials, tend to align parallel to each other? Establis
5. A particle carrying charge q enters a magnetic field B with velocity v at an angle Θ≠0≠90° .
6. A copper wire of diameter 1 mm and length 30 m is connected across a battery of 2V. Calculate the
7. A glass of relative permitivity 4 is kept in an external electric field of magnitude 10^2 Vm^–1 .