1) Redraw the figure on your paper and calculate the moment created by the weight of the suspended sign. For the mass of the object (i.e., the sign), mass = volume x density. Use the aluminum density of 2740 kg/m3.

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For #10.31 on page 362, do the followings:
1) Redraw the figure on your paper and calculate the
moment created by the weight of the suspended sign.
For the mass of the object (i.e., the sign), mass =
volume x density. Use the aluminum density of 2740
kg/m3.
2) Scan or take a photo of your paper(s) and submit it
on Canvas.
Transcribed Image Text:For #10.31 on page 362, do the followings: 1) Redraw the figure on your paper and calculate the moment created by the weight of the suspended sign. For the mass of the object (i.e., the sign), mass = volume x density. Use the aluminum density of 2740 kg/m3. 2) Scan or take a photo of your paper(s) and submit it on Canvas.
10.31 Determine the moment created by the
weight of the suspended sign about point O.
Dimensions of the sign and the support are
shown in the accompanying figure. The sign is
2 mm thick and is made of aluminum.
4 m
0002
in
Sign 1 m
0008
2 m
8 m
pr
leve
Problem 10.31
Transcribed Image Text:10.31 Determine the moment created by the weight of the suspended sign about point O. Dimensions of the sign and the support are shown in the accompanying figure. The sign is 2 mm thick and is made of aluminum. 4 m 0002 in Sign 1 m 0008 2 m 8 m pr leve Problem 10.31
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