5. A 1.8 g (0.0018 kg) pith ball is suspended from a thread and placed in an electric field. When placed in the electric field, the pith ball is deflected to the left so that the thread makes a 9.5° angle with the vertical. Calculate the electrostatic force on the pith ball. (0.0030 N) omb's Law and Electric forces
5. A 1.8 g (0.0018 kg) pith ball is suspended from a thread and placed in an electric field. When placed in the electric field, the pith ball is deflected to the left so that the thread makes a 9.5° angle with the vertical. Calculate the electrostatic force on the pith ball. (0.0030 N) omb's Law and Electric forces
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![charge of -20 C. If the spheres are allowed to touch each other for a time and then are moved away
Pge of +10 C and the other has a
from each other, what is the final charge on each sphere? Explain
5. A 1.8 g (0.0018 kg) pith ball is suspended from a thread and placed in an
electric field. When placed in the electric field, the pith ball is deflected to
the left so that the thread makes a 9.5° angle with the vertical. Calculate the
electrostatic force on the pith ball. (0.0030 N)
Coulomb's Law and Electric forces
Charged rod](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7770660f-0b8b-434e-a7dd-75ed5e2767f0%2Fb1f56064-4f13-43aa-b251-7cb392982cdc%2F1hlfqvq_processed.jpeg&w=3840&q=75)
Transcribed Image Text:charge of -20 C. If the spheres are allowed to touch each other for a time and then are moved away
Pge of +10 C and the other has a
from each other, what is the final charge on each sphere? Explain
5. A 1.8 g (0.0018 kg) pith ball is suspended from a thread and placed in an
electric field. When placed in the electric field, the pith ball is deflected to
the left so that the thread makes a 9.5° angle with the vertical. Calculate the
electrostatic force on the pith ball. (0.0030 N)
Coulomb's Law and Electric forces
Charged rod
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