1) A box of mass M = 75.4 kg hangs from a ceiling as shown in the figure below. Rope 1, which is attached to the ceiling, pulls with tension T1 directed 22.9° above the horizontal. Rope 2, which is attached to the wall, pulls with tension T2 directly to the left. For this problem, assume that both tensions are pulling from the center of the box. CEILING T1 WALL T2 a) the box as well as any directions that aren't directed in a cardinal direction. Draw a complete free body diagram of the box. Be sure to label the types of forces acting b) Hint: The variable T1 WILL appear in both of these expressions. Write expressions for the x- and y-components of T1 in terms of the unknown tension T1.

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1) A box of mass M = 75.4 kg hangs from a ceiling as shown in the figure below. Rope 1, which is attached
to the ceiling, pulls with tension T1 directed 22.9° above the horizontal. Rope 2, which is attached to the
wall, pulls with tension T2 directly to the left. For this problem, assume that both tensions are pulling from
the center of the box.
CEILING
T1
WALL
Т
a)
the box as well as any directions that aren't directed in a cardinal direction.
Draw a complete free body diagram of the box. Be sure to label the types of forces acting
b)
Hint: The variable T1 WILL appear in both of these expressions.
Write expressions for the x- and y-components of T in terms of the unknown tension T.
Transcribed Image Text:1) A box of mass M = 75.4 kg hangs from a ceiling as shown in the figure below. Rope 1, which is attached to the ceiling, pulls with tension T1 directed 22.9° above the horizontal. Rope 2, which is attached to the wall, pulls with tension T2 directly to the left. For this problem, assume that both tensions are pulling from the center of the box. CEILING T1 WALL Т a) the box as well as any directions that aren't directed in a cardinal direction. Draw a complete free body diagram of the box. Be sure to label the types of forces acting b) Hint: The variable T1 WILL appear in both of these expressions. Write expressions for the x- and y-components of T in terms of the unknown tension T.
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