(See attached file for full problem description)
A four car linkage is shown in the attachment. The crank OA, the connecting rod AB, and the rocker BC are 20mm, 120mm, and 60mm long respectively. The crank rotates at a speed of 60 rpm and the centre distance OC is 90mm. At the instant shown determine:
(I) The velocity of C
(II) The angular velocity of the rocker BC
(III) The angular velocity of the connecting rod AB
Please see the attached file.
A four-bar linkage is shown below. The crank OA, the connecting rod AB and the bar BC are 20mm, 120mm and 60mm long, respectively. The crank rotates at a speed of 60 rpm and the centre distance OC is 90mm.
At the instant shown, determine:
1) The velocity of B
2) The angular velocity of BC
3) The angular velocity of the connecting rod AB.
Remark: in the original text of problem, first question refers to point C, but it cannot be like that, because C is fix (like point O) and the ...
The solution calculates the angular velocity for various parts of a car including the crank, the connecting rod, and the rocker.
Force, Velocity, Mass, EMF, Current, Magnetic Field, and Torque
See the attached file.
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