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A charge of +7 µC is at x = 0 and a charge of +5 µC is… | StemPy Lab
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A charge of +7 µC is at x = 0 and a charge of +5 µC is at x = 80 cm. A charge of -2 µC is placed at x = 20 cm. What is the size of the net force on it?
Physics
Hard
High School (11–12)
Electricity & Magnetism › Electrostatics
Board Exam
AP
A-Level
IB
Created by
StemPy Lab
A charge of
+
7
μ
C
+7\ \mu\text{C}
+
7
μ
C
is at
x
=
0
x = 0
x
=
0
and a charge of
+
5
μ
C
+5\ \mu\text{C}
+
5
μ
C
is at
x
=
80
x = 80
x
=
80
cm. A charge of
−
2
μ
C
-2\ \mu\text{C}
−
2
μ
C
is placed at
x
=
20
x = 20
x
=
20
cm. What is the size of the net force on it?
3.40
N
3.40\ \text{N}
3.40
N
3.15
N
3.15\ \text{N}
3.15
N
3.01
N
3.01\ \text{N}
3.01
N
2.90
N
2.90\ \text{N}
2.90
N
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← Assertion (A): A neutral metal sphere stays neutral as a whole when a charged rod is held near it. Reason (R): The rod only shifts the free electrons of the sphere. It does not add charge or take it away.
A +36 µC charge and a +4 µC charge are fixed on a line, 120 cm apart. A small positive charge between them feels no net force. How far is it from the +36 µC charge? →
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