Question

The T-block in the figure below is supported at points B and F with cables. Both cables are anchored to a point at A, which is in the oyz-plane. The tension in cable FA is 150N while the tension in cable BA is 120N. A load of $F_1 = 250N$ (with $\alpha = 45^\circ$ and $\beta = 30^\circ$) is applied at point D. The T-block is supported at O and G and is in equilibrium. Determine the resultant of these three forces. (All the length units in the figure are in $mm$)

          The T-block in the figure below is supported at points B and F with cables. Both cables are anchored to a point at A, which is in the oyz-plane. The tension in cable FA is 150N while the tension in cable BA is 120N. A load of $F_1 = 250N$ (with $\alpha = 45^\circ$ and $\beta = 30^\circ$) is applied at point D. The T-block is supported at O and G and is in equilibrium. Determine the resultant of these three forces.
(All the length units in the figure are in $mm$)

The T-block in the figure below is supported at points B and F with cables. Both cables are anchored to a point at A, which is in the oyz-plane. The tension in cable FA is 150N while the tension in cable BA is 120N. A load of F1 = 250N (with α = 45^∘ and β = 30^∘) is applied at point D. The T-block is supported at O and G and is in equilibrium. Determine the resultant of these three forces.
(All the length units in the figure are in mm)

Added by Juan Carlos C.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Umar Sohail Qureshi

09/29/2021

Step 1

- Label the points B, F, A, O, G, and D. - Draw arrows to represent the forces acting on the T-block at each point. - Label the forces as FA, BA, F1, and the resultant force as R. Show more…

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The T-block in the figure below is supported at points B and F with cables.Both cables are anchored to a point at A, which is in the oyz-plane. The tension in cable FA is l50N while the tension in cable BA is 120N.A load of F1=250N(with a=45and =30 is applied at point D.The T-block is supported at O and G and is in equilibrium. Determine the resultant of these three forces. (All the length units in the figure are in mm 500 D 500 200