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Two charged objects are separated by a distance d. The first charge is larger in magnitude than the second charge.
induction
No, they will never attract.
The charges exert forces on each other equal in magnitude and opposite in direction.
9F
electrons exchanged
acquires a negative charge.
charged rod, neutral sphere, negative
It doubles
Which charging method is a temporary charge?
induction
No, they will never attract.
The charges exert forces on each other equal in magnitude and opposite in direction.
9F
electrons exchanged
acquires a negative charge.
charged rod, neutral sphere, negative
It doubles
A neutral metal sphere is touched by a negatively charged metal rod. During the process, electrons are transferred from the _____ to the _____ and the sphere acquires a _____ charge.
induction
No, they will never attract.
The charges exert forces on each other equal in magnitude and opposite in direction.
9F
electrons exchanged
acquires a negative charge.
charged rod, neutral sphere, negative
It doubles
An electron and a proton are separated by a distance of 1.0 m. What happens to the magnitude of the force on the proton if a second electron is placed next to the first electron?
induction
No, they will never attract.
The charges exert forces on each other equal in magnitude and opposite in direction.
9F
electrons exchanged
acquires a negative charge.
charged rod, neutral sphere, negative
It doubles
Two charges are separated by a distance d and exert mutual attractive forces of F on each other. If the charges are separated by a distance of d/3, what are the new mutual forces?
induction
No, they will never attract.
The charges exert forces on each other equal in magnitude and opposite in direction.
9F
electrons exchanged
acquires a negative charge.
charged rod, neutral sphere, negative
It doubles
A glass rod is rubbed with a piece of silk. During the process the glass rod acquires a positive charge and the silk
induction
No, they will never attract.
The charges exert forces on each other equal in magnitude and opposite in direction.
9F
electrons exchanged
acquires a negative charge.
charged rod, neutral sphere, negative
It doubles
How does an object become charged?
induction
No, they will never attract.
The charges exert forces on each other equal in magnitude and opposite in direction.
9F
electrons exchanged
acquires a negative charge.
charged rod, neutral sphere, negative
It doubles
Is it possible for two negative charges to attract each other?
induction
No, they will never attract.
The charges exert forces on each other equal in magnitude and opposite in direction.
9F
electrons exchanged
acquires a negative charge.
charged rod, neutral sphere, negative
It doubles
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