1. Suppose that C is the top-half of the circle (ra)² + y² = a², (a > 0) oriented in the counterclockwise direction. Let F be a force field that has constant magnitude c and always directed from (x, y) toward the origin. The work done by the force F on a particle that moves along C is [F F. Tds = Explain how do we obtain this formula. 2ac.
1. Suppose that C is the top-half of the circle (ra)² + y² = a², (a > 0) oriented in the counterclockwise direction. Let F be a force field that has constant magnitude c and always directed from (x, y) toward the origin. The work done by the force F on a particle that moves along C is [F F. Tds = Explain how do we obtain this formula. 2ac.
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1. Suppose that C is the top-half of the circle (ra)² + y² a², (a > 0) oriented in
the counterclockwise direction. Let F be a force field that has constant magnitude c
and always directed from (x, y) toward the origin. The work done by the force F on a
particle that moves along Cis
LF
F.Tds 2ac.
Explain how do we obtain this formula.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbe6167b7-ba28-42af-bfcb-148cd0e6c4e0%2F90fd0bbc-fe21-4237-866c-c9dc641ea274%2Feprf5pk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:=
1. Suppose that C is the top-half of the circle (ra)² + y² a², (a > 0) oriented in
the counterclockwise direction. Let F be a force field that has constant magnitude c
and always directed from (x, y) toward the origin. The work done by the force F on a
particle that moves along Cis
LF
F.Tds 2ac.
Explain how do we obtain this formula.
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