McqMate
Sign In
Hamberger menu
McqMate
Sign in
Sign up
Home
Forum
Search
Ask a Question
Sign In
McqMate Copyright © 2025
→
Electrical Engineering
→
Electromagnetics
→
, hence find charge using volume integra...
Q.
, hence find charge using volume integral.
A.
6100 π
B.
6200 π
C.
6300 π
D.
6400 π
Answer» D. 6400 π
2.8k
0
Do you find this helpful?
1
View all MCQs in
Electromagnetics
Discussion
No comments yet
Login to comment
Related MCQs
The integral form of potential and field relation is given by line integral. State True/False
Using volume integral, which quantity can be calculated?
Find the electric flux density of a material with charge density 16 units in unit volume.
The triple integral is used to compute volume. State True/False
The volume integral is three dimensional. State True/False
in volume integral.
For a charge Q1, the effect of charge Q2 on Q1 will be,
If a third equal and similar charge is placed between two equal and similar charges, then this third charge will
The units of volume charge density are
Find the force on a charge 2C in a field 1V/m.