A fulcrum is placed 1.20 m from the edge of a 3.70 m-long wooden uniform plank that weighs 190 N. A weight F, is placed at the edge of the short end to balance it. How large must this weight F, be in order to balance the plank? (Hint: first draw the weight vectors each in the correct location) 3. 1,20 m 3.70 m ----
A fulcrum is placed 1.20 m from the edge of a 3.70 m-long wooden uniform plank that weighs 190 N. A weight F, is placed at the edge of the short end to balance it. How large must this weight F, be in order to balance the plank? (Hint: first draw the weight vectors each in the correct location) 3. 1,20 m 3.70 m ----
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![A fulcrum is placed 1.20 m from the edge of
a 3.70 m-long wooden uniform plank that weighs
190 N. A weight F, is placed at the edge of the
short end to balance it. How large must this
weight F, be in order to balance the plank?
(Hint: first draw the weight vectors each in the
correct location)
3.
1 20 m
3.70 m](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd0760a85-b98b-4285-b5ec-0e613e244518%2Fe6ebe944-d52d-4c51-b141-42617afbc734%2Fxyxt0p_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A fulcrum is placed 1.20 m from the edge of
a 3.70 m-long wooden uniform plank that weighs
190 N. A weight F, is placed at the edge of the
short end to balance it. How large must this
weight F, be in order to balance the plank?
(Hint: first draw the weight vectors each in the
correct location)
3.
1 20 m
3.70 m
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