The force, F, increases for the first 30 m as the box is farther moved, or as x grows larger, as seen in the graph below. How could we track down the task completed when the force was changing? if we are pushing straight on F(N) 000 500- 200 300 200 1004 18 W 30 30 40 5 070 (m)
The force, F, increases for the first 30 m as the box is farther moved, or as x grows larger, as seen in the graph below. How could we track down the task completed when the force was changing? if we are pushing straight on F(N) 000 500- 200 300 200 1004 18 W 30 30 40 5 070 (m)
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![The force, F, increases for the first 30 m as the box is farther moved, or as x grows larger, as
seen in the graph below. How could we track down the task completed when the force was
changing? if we are pushing straight on
F(N)
000
500-
200
300
200
106
18
W 30 30
40 50 60
70
(m)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1f9d90aa-4c55-4db9-aa61-cb9c5182bffe%2Ffa278b94-8853-4146-9e66-3782c1d25f1e%2F7w843pk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The force, F, increases for the first 30 m as the box is farther moved, or as x grows larger, as
seen in the graph below. How could we track down the task completed when the force was
changing? if we are pushing straight on
F(N)
000
500-
200
300
200
106
18
W 30 30
40 50 60
70
(m)
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