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Home
Electrostatics Test - 21
Electrostatics Test - 21
Result
Electrostatics Test - 21
/
Score
-
Rank
Time Taken:
-
Question
1/10
4 / -1
Work required to set up the four charge configuration (as shown in the figure) is
Correct
Wrong
Skipped
A
-0.21q
2
/ε
0
a
Correct
Wrong
Skipped
B
-1.29 q
2
/ε
0
a
Correct
Wrong
Skipped
C
-1.41 q
2
/ε
0
a
Correct
Wrong
Skipped
D
+2.82 q
2
/ε
0
a
Solutions
Question
2/10
4 / -1
In the following diagram, the work done in moving a point charge from point P to point A, B and C is respectively as W
A
, W
B
and W
C
, then
Correct
Wrong
Skipped
A
W
A
= W
B
= W
C
Correct
Wrong
Skipped
B
W
A
= W
B
= W
C
= 0
Correct
Wrong
Skipped
C
W
A
> W
B
> W
C
Correct
Wrong
Skipped
D
W
A
< W
B
< W
C
Solutions
Question
3/10
4 / -1
A positively charged ball hangs from a silk thread. We put a positive test charge q
0
at a point and measure F/q
0
, then it can be predicted that the electric field strength E will be
Correct
Wrong
Skipped
A
Correct
Wrong
Skipped
B
Correct
Wrong
Skipped
C
Correct
Wrong
Skipped
D
None of these
Question
4/10
4 / -1
The positive terminal of 12 V battery is connected to the ground. Then the negative terminal will be at
Correct
Wrong
Skipped
A
– 6 V
Correct
Wrong
Skipped
B
+ 12 V
Correct
Wrong
Skipped
C
zero
Correct
Wrong
Skipped
D
– 12 V
Question
5/10
4 / -1
A charge (–q) and another charge (+Q) are kept at two points A and B respectively. Keeping the charge (+Q) fixed at B, the charge (–q) at A is moved to another point C such that ABC forms an equilateral triangle of side l. The net work done in moving the charge (–q) is
Correct
Wrong
Skipped
A
Correct
Wrong
Skipped
B
Correct
Wrong
Skipped
C
Correct
Wrong
Skipped
D
Zero
Solutions
Question
6/10
4 / -1
A long string with a charge of λ per unit length passes through an imaginary cube of edge a. The maximum flux of the electric field through the cube will be
Correct
Wrong
Skipped
A
Correct
Wrong
Skipped
B
Correct
Wrong
Skipped
C
Correct
Wrong
Skipped
D
Solutions
Question
7/10
4 / -1
The capacitance of the capacitor of plate areas A
1
and A
2
(A
1
< A
2
) at a distanced d, Fig. is
Correct
Wrong
Skipped
A
Correct
Wrong
Skipped
B
Correct
Wrong
Skipped
C
Correct
Wrong
Skipped
D
Solutions
Question
8/10
4 / -1
In the circuit shown in Fig., C = 6 µF. The charge stored in capacitor of capacity C is
Correct
Wrong
Skipped
A
90 µC
Correct
Wrong
Skipped
B
40µC
Correct
Wrong
Skipped
C
60µC
Correct
Wrong
Skipped
D
Zero
Solutions
Question
9/10
4 / -1
A hollow metal sphere of radius 10 cm is charged such that the potential on its surface is 80 V. The potential at the centre of the sphere is
Correct
Wrong
Skipped
A
zero
Correct
Wrong
Skipped
B
80 V
Correct
Wrong
Skipped
C
800 V
Correct
Wrong
Skipped
D
8 V
Question
10/10
4 / -1
Two capacitors A and B are connected in series with a battery as shown in Fig. When the switch S is closed and the two capacitors get charged fully, then
Correct
Wrong
Skipped
A
The potential difference across the plates of A is 4 V and across the plates of B is 6 V
Correct
Wrong
Skipped
B
The potential difference across the plates of A is 6 V and across the plates of B is 4 V
Correct
Wrong
Skipped
C
The ratio of electrical energies stored in A and B is 2 : 3
Correct
Wrong
Skipped
D
The ratio of charges on A and B is 3 : 2
Solutions
Re-attempt
-
Correct (
-
)
Wrong (
-
)
Skipped (
-
)
1
2
3
4
5
6
7
8
9
10
Re-attempt
-
Correct (
-
)
Wrong (
-
)
Skipped (
-
)
1
2
3
4
5
6
7
8
9
10
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