Question

Consider this Suspension to be a four-bar linkage, where chassis is link 1, upper control arm is link 2, steering knuckle is link 3 and lower control arm is link 4. Knowing that, the length of the Upper Control Arm is 360 mm, and the length of the Lower Control Arm is 390 mm, the length of chassis is 400mm and the length of knuckle is 239mm. Do a Kinematics analysis for this four-bar linkage, i.e (position, velocity, acceleration) 

          Consider this Suspension to be a four-bar linkage, where chassis is link 1, upper control arm is link 2, steering knuckle is link 3 and lower control arm is link 4.
Knowing that, the length of the Upper Control Arm is 360 mm, and the length of the Lower Control Arm is 390 mm, the length of chassis is 400mm and the length of knuckle is 239mm.
Do a Kinematics analysis for this four-bar linkage, i.e (position, velocity, acceleration)
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Consider this Suspension to be a four-bar linkage, where chassis is link 1, upper control arm is link 2, steering knuckle is link 3 and lower control arm is link 4. Knowing that, the length of the Upper Control Arm is 360 mm, and the length of the Lower Control Arm is 390 mm, the length of chassis is 400mm and the length of knuckle is 239mm. Do a Kinematics analysis for this four-bar linkage, i.e (position, velocity, acceleration)

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University Physics with Modern Physics
University Physics with Modern Physics
Hugh D. Young 14th Edition
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Consider this suspension to be a four-bar linkage, where the chassis is link 1, the upper control arm is link 2, the steering knuckle is link 3, and the lower control arm is link 4. Knowing that the length of the upper control arm is 360 mm, the length of the lower control arm is 390 mm, the length of the chassis is 400 mm, and the length of the knuckle is 239 mm, do a kinematics analysis for this four-bar linkage, i.e. position, velocity, and acceleration. Chassis Tire Lower Control Arm Steering Knuckle
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Transcript

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00:01 Hello shcher, in this question, the drive link, this is given that is 12 cm.
00:08 Coupler link, this is given which is equals to 5 cm.
00:13 Follower link, this is equals to what 8 cm and the fixed link this is equals to what 8 cm.
00:21 We have to draw the linkage diagram for this.
00:24 So how the diagram will look like? we have to, we will first draw a straight line over there.
00:30 We will draw a straight line then we will draw a filtered line over there like this, okay? then a line which is joining this...
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