Kinematic analysis of a crank-slider system B2 Driving equation B3 1= +ot 4 l.If o is increased from2πto4π，the ratios of maximum velocity and acceleration are approximately 2 and 4. 2.For o=2n,if l is decreased from 3.5,to 2.5,to 2.2,to 2.1,position and velocity are moderately sensitive to variation in 1,acceleration,on the other hand,shows extreme sensitivity,especially near its extreme left and right position. 3.Peak variation between /=2.2 and /2.1 is much greater than /=3.5 and 1 2.5 4. If is further decreased to 1.9,for t approaches 0.074s,both the velocity and acceleration of the slider approach infinityKinematic analysis of a crank-slider system w f1 Driving equation w t  f   4 1 1. If w is increased from 2 to 4, the ratios of maximum velocity and acceleration are approximately 2 and 4. 2. For w = 2 , if l is decreased from 3.5, to 2.5, to 2.2, to 2.1, position and velocity are moderately sensitive to variation in l , acceleration, on the other hand, shows extreme sensitivity, especially near its extreme left and right position. 3. Peak variation between l = 2.2 and l = 2.1 is much greater than l = 3.5 and l = 2.5 4. If l is further decreased to 1.9, for t approaches 0.074s, both the velocity and acceleration of the slider approach infinity 2 l B1 B2 B3