The slider crank mechanism shown in Figure 1 consists of a large disk, a connecting rod...

   

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The slider crank mechanism shown in Figure 1 consists of a large disk, a connecting rod and a slider. The disk is connected to the pin joint at its center at point A. The connecting rod is connected to the disk at point B with a pin joint. The slider is moving at a constant velocity of 5 m/s. In this mechanism, classify the type of motion that is experienced by the disk, the connecting rod, and the slider. In the range of 30 < <90, choose three (3) angles to show the instantaneous center changes with the mechanism movement. Then, based on one of the that you have mentioned previously, compute an acceleration vector of point C in terms of CB and A. A 1 m B 3 m Figure 1 [20 Marks] [CO1, PO1, C2] vc = 5 m/s The slider crank mechanism shown in Figure 1 consists of a large disk, a connecting rod and a slider. The disk is connected to the pin joint at its center at point A. The connecting rod is connected to the disk at point B with a pin joint. The slider is moving at a constant velocity of 5 m/s. In this mechanism, classify the type of motion that is experienced by the disk, the connecting rod, and the slider. In the range of 30 < <90, choose three (3) angles to show the instantaneous center changes with the mechanism movement. Then, based on one of the that you have mentioned previously, compute an acceleration vector of point C in terms of CB and A. A 1 m B 3 m Figure 1 [20 Marks] [CO1, PO1, C2] vc = 5 m/s

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