A charge of 10−9C moves from X to Z. Find the work done by the electric field due to the charge Q=2C in moving the charge from X to Z. The value of coulomb's constant is 9×109Nm2C−2.
0J
560J
300J
150J
1,000J
A
0J
B
300J
C
150J
D
1,000J
E
560J
Open in App
Solution
Verified by Toppr
Here the potential energy at X and at Z , both are same so the change is potential energy will be zero. Since the work is the change in potential energy so the work done will be zero.
Was this answer helpful?
0
Similar Questions
Q1
A charge of 10−9C moves from X to Z. Find the work done by the electric field due to the charge Q=2C in moving the charge from X to Z. The value of coulomb's constant is 9×109Nm2C−2.
View Solution
Q2
Calculate the work done in moving a charge−2×10−9Cfrom A to B via C.
View Solution
Q3
A point charge q moves from A to B along a parabolic path (AB is latus rectum). Electric field is along x−axis. The work done by the field is
View Solution
Q4
The potential at any point (x,y,z) in a space is given by V=x2yz. Find the work done in moving a charge 3C from point (1,2,3) to point (3,4,1)
View Solution
Q5
A positive charge q is carried from a point x to y in an electric field of point charge Q. the work done by the field in SI unit is