Find the center of gravity for the system shown in figure 1. 2 Calculate the moment of inertia of each body about its center of mass (about z axis). 3. Calculate the moment of inertia of the system about point A (about z axis) which is shown in figure 1. Note 1: The material used in this system is AISI 1023 carbon steel, and all dimensions is in inch. Note 2: symbol X in the dimension shown in figure 1 is the average =2+5+1/3=2.6 I think it's complicated; try your best expert.
Find the center of gravity for the system shown in figure 1. 2 Calculate the moment of inertia of each body about its center of mass (about z axis). 3. Calculate the moment of inertia of the system about point A (about z axis) which is shown in figure 1. Note 1: The material used in this system is AISI 1023 carbon steel, and all dimensions is in inch. Note 2: symbol X in the dimension shown in figure 1 is the average =2+5+1/3=2.6 I think it's complicated; try your best expert.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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1. Find the center of gravity for the system shown in figure 1. 2 Calculate the moment of inertia of each body about its center of mass (about z axis). 3. Calculate the moment of inertia of the system about point A (about z axis) which is shown in figure 1. Note 1: The material used in this system is AISI 1023 carbon steel, and all dimensions is in inch. Note 2: symbol X in the dimension shown in figure 1 is the average =2+5+1/3=2.6
I think it's complicated; try your best expert.
Transcribed Image Text:2X
0.6X
0.2X
00.2X
0.4X
0.2X
20,04X
00.65X
y
00.8X
Figure 1
D0.15X
00.17X
0,08X
Transcribed Image Text:00.15
00.17X
PLEASE NOTE THAT THERE IS SYMMETRY IN THE
CALF ABOUT ITS CENTER, MEANING THAT ITS
CENTER OF MASS IS THIS POINT, AND EQUATIONS
NEED NOT BE USED TO PROVE THAT
0.2X
00.65X
00.8X
00.04X
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