A. voltage applied
B. thickness of the capacitor plates
C. geometry of the capacitor
D. density of the capacitor plates
Answer
Answer
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A. voltage applied
B. thickness of the capacitor plates
C. geometry of the capacitor
D. density of the capacitor plates
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A. in the direction of electric intensity
B. against the electric intensity
C. in any direction
D. in the direction of electric flux
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A. 900 volts
B. 9000 volts
C. 90 volts
D. zero
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A. imaginary
B. physically existing everywhere
C. physically existing near the charges
D. depends upon case
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A. Neutrons
B. X-rays
C. Both glass rod and silk acquire a negative charge
D. None
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A. 1/4th of its original value
B. 1/8th of its original value
C. 4 times of its original value
D. 8 times of its original value
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A. 9x107N
B. 900N
C. 9x105N
D. 9x106N
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A. double
B. half
C. four times
D. remains same
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