Three charges will be moved from an infinite distance to the corners of a square as shown. The square has sides d = 0.8 m. (B) How much work is required to move the first charge, charge A = 40 mC from an infinite distance to its location? W = Joules How much work is required to move the second charge, charge B = 50 mC from an infinite distance to its location 0.8 meters away from charge A? W = (A) d W = How much work is required to move the third charge, charge C = 65 mC from an infinite distance to its location 0.8 meters away from charge B? U= Joules Joules What is the total Potential Energy preserved by the system of point charges? Joues

icon
Related questions
Question

Asap plzzzzz

Three charges will be moved from an infinite distance to
the corners of a square as shown. The square has sides d =
0.8 m.
W =
How much work is required to move the first charge,
charge A = 40 mC from an infinite distance to its location?
(A)
W =
d
W =
B
How much work is required to move the second charge,
charge B = 50 mC from an infinite distance to its location
0.8 meters away from charge A?
Joules
How much work is required to move the third charge,
charge C = 65 mC from an infinite distance to its location
0.8 meters away from charge B?
U =
Joules
Joules
What is the total Potential Energy preserved by the system
of point charges?
Joues
Transcribed Image Text:Three charges will be moved from an infinite distance to the corners of a square as shown. The square has sides d = 0.8 m. W = How much work is required to move the first charge, charge A = 40 mC from an infinite distance to its location? (A) W = d W = B How much work is required to move the second charge, charge B = 50 mC from an infinite distance to its location 0.8 meters away from charge A? Joules How much work is required to move the third charge, charge C = 65 mC from an infinite distance to its location 0.8 meters away from charge B? U = Joules Joules What is the total Potential Energy preserved by the system of point charges? Joues
Expert Solution
trending now

Trending now

This is a popular solution!

steps

Step by step

Solved in 2 steps with 2 images

Blurred answer