For the inverted slider crank linkage shown below, the input link is OA, the output link is CB and the coupler link is AB. The link lengthsare: a = 40 in., c = 30 in. and d = 60 in. The values of 02 = 70°, 03 = 171.13° and 0, = 81.13°. The angular velocity of link2 w2 = 10 rad/s CCW.the angular velocity of link 4,the angular velocity of link 3 and velocity of slip are:Select one:O a. Wa = -1.5 rad/s; wa =-1.5 rad/s; b = 437.4 in/sb. wa = -7.51 rad/s; wz =-7.51 rad/s; b = -320.4 in/sO c. Wa = -1.5 rad/s; w3 =-1.5 rad/s; b = -320.4 in/sO d. wa = 1.5 rad/s; wa =1.5 rad/s; b = 320 in/s

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For the inverted slider crank linkage shown below, the input link is OA, the output link is CB and the coupler link is AB. The link lengths are: a = 40 in., c = 30 in. and d = 60 in. The values of 8, = 70°, 8g = 171.13° and 0 = 81.13°. The angular velocity of link2 wz = 10 rad/s CCW.

For the inverted slider crank linkage shown below, the input link is OA, the output link is CB and the coupler link is AB. The link lengths are: a = 40 in., c = 30 in. and d = 60 in. The values of 8, = 70°, 8g = 171.13° and 0 = 81.13°. The angular velocity of link2 wz = 10 rad/s CCW.

Elements Of Electromagnetics

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ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Question

For the inverted slider crank linkage shown below, the input link is OA, the output link is CB and the coupler link is AB. The link lengths
are: a = 40 in., c = 30 in. and d = 60 in. The values of 02 = 70°, 03 = 171.13° and 0, = 81.13°. The angular velocity of link2 w2 = 10 rad/s CCW.
the angular velocity of link 4,the angular velocity of link 3 and velocity of slip are:
Select one:
O a. Wa = -1.5 rad/s; wa =-1.5 rad/s; b = 437.4 in/s
b. wa = -7.51 rad/s; wz =-7.51 rad/s; b = -320.4 in/s
O c. Wa = -1.5 rad/s; w3 =-1.5 rad/s; b = -320.4 in/s
O d. wa = 1.5 rad/s; wa =1.5 rad/s; b = 320 in/s

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