- Answer As Soon As Possible Pls Thx 1 (44.31 KiB) Viewed 46 times
Answer as soon as possible pls. Thx
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answerhappygod
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Answer as soon as possible pls. Thx
Answer as soon as possible pls. Thx
The 250-mm-long link shown in Figure 3 has a mass of 2 kg. Its CG is on the line of centres at the 125-mm point. Its mass moment of inertia about its CG is 0.011 kg-m2. Its kinematic data are provided in Table 2. An external horizontal force, FP, of 200 N is applied at point P, as shown in Figure 3. Find the shaking force and the driving torque T12 needed to maintain motion with the given acceleration for this instantaneous position of the link. B 300 రు 20 rad/s a2 15 rad/sa QG2 50 mm/s2 @ 208 Table 2 250 mm 125 mm CG Figure 3 Link information
The 250-mm-long link shown in Figure 3 has a mass of 2 kg. Its CG is on the line of centres at the 125-mm point. Its mass moment of inertia about its CG is 0.011 kg-m2. Its kinematic data are provided in Table 2. An external horizontal force, FP, of 200 N is applied at point P, as shown in Figure 3. Find the shaking force and the driving torque T12 needed to maintain motion with the given acceleration for this instantaneous position of the link. B 300 రు 20 rad/s a2 15 rad/sa QG2 50 mm/s2 @ 208 Table 2 250 mm 125 mm CG Figure 3 Link information
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