22. Two small spheres, with charges 2.0 x105 C and 6.50x 10-5 C, are situated 2.00 m apart. They have the same sign. Where, relative to these two objects, should a third object be situated, (opposite sign and whose charge is 3.0 x106 C), so that it experiences no net electrical force? Do we really need to know the charge or sign of the third object. Draw a diagram 21. An unknown object orbits our sun with a mean radius of 0.525 x 10¹¹ m. How long does it take, in earth years, for this object to complete one orbit? Use table for any data needed.
22. Two small spheres, with charges 2.0 x105 C and 6.50x 10-5 C, are situated 2.00 m apart. They have the same sign. Where, relative to these two objects, should a third object be situated, (opposite sign and whose charge is 3.0 x106 C), so that it experiences no net electrical force? Do we really need to know the charge or sign of the third object. Draw a diagram 21. An unknown object orbits our sun with a mean radius of 0.525 x 10¹¹ m. How long does it take, in earth years, for this object to complete one orbit? Use table for any data needed.
Physics for Scientists and Engineers, Technology Update (No access codes included)
9th Edition
ISBN:9781305116399
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter1: Physics And Measurement
Section: Chapter Questions
Problem 1.29P
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Pls help on both pls.

Transcribed Image Text:22.
Two small spheres, with charges 2.0 x105 C and 6.50x 10-5 C, are situated 2.00 m apart.
They have the same sign. Where, relative to these two objects, should a third object be situated,
(opposite sign and whose charge is 3.0 x106 C), so that it experiences no net electrical force? Do
we really need to know the charge or sign of the third object. Draw a diagram

Transcribed Image Text:21. An unknown object orbits our sun with a mean radius of 0.525 x 10¹¹ m. How long does it take, in earth
years, for this object to complete one orbit? Use table for any data needed.
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