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Question

Just need to know how to find the last part. Thanks.

The moment of inertia about the y axis. 1.25 in System Answer: 1.2521890530065 The moment of inertia about the x axis. 111.46 int System Answer: 111.45787149097 The moment of inertia about the AA' axis. 236.21 in! System Answer: 236.20837345493 The moment of inertia about the BB' axis. 81.61 in4 System Answer: 81.609412470877 The moment of inertia about the CC' axis. 80.19 int System Answer: 80.193099288288 The location of the x axis such that the moment of inertia around the x axis will be minimized. in ENTER
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Transcribed Image Text:The moment of inertia about the y axis. 1.25 in System Answer: 1.2521890530065 The moment of inertia about the x axis. 111.46 int System Answer: 111.45787149097 The moment of inertia about the AA' axis. 236.21 in! System Answer: 236.20837345493 The moment of inertia about the BB' axis. 81.61 in4 System Answer: 81.609412470877 The moment of inertia about the CC' axis. 80.19 int System Answer: 80.193099288288 The location of the x axis such that the moment of inertia around the x axis will be minimized. in ENTER
Consider the pendulum shown in the figure. Calculate: y A- A' 0.5h" B B' h" t" r2" C C' → x COLLAPSE IMAGES ri = 0.6 in r2 = 1.1 in h = 6 in t = 0.1 in
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Transcribed Image Text:Consider the pendulum shown in the figure. Calculate: y A- A' 0.5h" B B' h" t" r2" C C' → x COLLAPSE IMAGES ri = 0.6 in r2 = 1.1 in h = 6 in t = 0.1 in
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