- #1
flak-spammer
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Alright before I ask the question I'm going to be pretty blunt, I'm not very good at physics at all. I have a great interest and desire to learn physics but it just isn't very easy for me so explanations are going to have to be pretty detailed and even then I still might not get them.
The electrical potential differences between two parallel plates is 3.50x10^3 V. If a single electron increases its electric potential by moving a distance of 0.100 m, the electron had to move toward the:
A. positive plate through a potential difference of 1.40x10^3 V
B. positive plate through a potential difference of 3.50x10^3 V
C. negative plate through a potential difference of 1.40x10^3 V
D. negative plate through a potential difference of 3.50x10^3 V
W=F(d)
I have no idea where to start as I don't know how to relate the potential difference to a single charge.
Homework Statement
The electrical potential differences between two parallel plates is 3.50x10^3 V. If a single electron increases its electric potential by moving a distance of 0.100 m, the electron had to move toward the:
A. positive plate through a potential difference of 1.40x10^3 V
B. positive plate through a potential difference of 3.50x10^3 V
C. negative plate through a potential difference of 1.40x10^3 V
D. negative plate through a potential difference of 3.50x10^3 V
Homework Equations
W=F(d)
The Attempt at a Solution
I have no idea where to start as I don't know how to relate the potential difference to a single charge.