Consider the following mechanism. At the given position link 2 and link 4 both are vertical...

 

 

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Consider the following mechanism. At the given position link 2 and link 4 both are vertical and link 6 is horizental. Redraw the mechanism with the given parameters and find the following accelerations. Assume that the input link is rotating with constant angular velocity w2. W2 2.5 a3 ⇒ α4 ⇒ Ap ⇒ slip W3 W4 0 1 |a3|=_ |04|=_ | = Y α6 ⇒ |a6|=_ W5 0 ⇒ |Aslip|=- 3 B 237 0₁ P 06 ca | TAI CỦA | |B| | LVB | | | C |VBIA VPB 0 5 180° 5 180° 5 180° 0 0 Direction= Direction= LAP= slip. 0₂= (0,0) 04=(3,-3.5) 06 = (3.5, -1) 0₂A = 2 04B=5 ABP = 140° Direction= Consider the following mechanism. At the given position link 2 and link 4 both are vertical and link 6 is horizental. Redraw the mechanism with the given parameters and find the following accelerations. Assume that the input link is rotating with constant angular velocity w2. W2 2.5 a3 ⇒ α4 ⇒ Ap ⇒ slip W3 W4 0 1 |a3|=_ |04|=_ | = Y α6 ⇒ |a6|=_ W5 0 ⇒ |Aslip|=- 3 B 237 0₁ P 06 ca | TAI CỦA | |B| | LVB | | | C |VBIA VPB 0 5 180° 5 180° 5 180° 0 0 Direction= Direction= LAP= slip. 0₂= (0,0) 04=(3,-3.5) 06 = (3.5, -1) 0₂A = 2 04B=5 ABP = 140° Direction=

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Solutions Step 1 The image shows a fourbar mechanism with links 2 and 4 vertical and link 6 horizontal The following parameters are given O200 O4335 O... View the full answer