Question

Assume that the hydraulic cylinder AB exerts a force F of constant magnitude 680 lb as the bin is elevated. Determine and plot the moment of this force about the point O for the range $0 \leq \theta \leq 90^\circ$. Draw the plot and then answer the questions. Answers: If $\theta = 38^\circ$, $M = 1507.939443$ lb-ft If $\theta = 75^\circ$, $M = 1115.193355$ lb-ft The maximum moment $M_{max} = $ lb-ft at $\theta = $ 

          Assume that the hydraulic cylinder AB exerts a force F of constant magnitude 680 lb as the bin is elevated. Determine and plot the moment of this force about the point O for the range $0 \leq \theta \leq 90^\circ$. Draw the plot and then answer the questions.
Answers:
If $\theta = 38^\circ$, $M = 1507.939443$ lb-ft
If $\theta = 75^\circ$, $M = 1115.193355$ lb-ft
The maximum moment $M_{max} = $ lb-ft at $\theta = $
Show more…
Assume that the hydraulic cylinder AB exerts a force F of constant magnitude 680 lb as the bin is elevated. Determine and plot the moment of this force about the point O for the range 0 ≤θ≤ 90^∘. Draw the plot and then answer the questions. Answers: If θ = 38^∘, M = 1507.939443 lb-ft If θ = 75^∘, M = 1115.193355 lb-ft The maximum moment Mmax = lb-ft at θ =

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University Physics with Modern Physics
University Physics with Modern Physics
Hugh D. Young 14th Edition
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Assume that the hydraulic cylinder AB exerts a force F of constant magnitude 680 lb as the bin is elevated. Determine and plot the moment of this force about the point O for the range 0 to 90 degrees. Draw the plot and then answer the questions. To: OB = 7.0 ft θ = 1.6 degrees Answers: If = 38.1507.939443 lb-ft If6 = 75 lb-ft M = 1115.193355 lb-ft The maximum moment is M = 1115.193355 lb-ft.
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