Please solve in details and submit solidworks screenshot

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3. Lay out a cam profile using a cycloidal follower displacement (both rise and return) if the cam is to dwell at zero lift for the first 100# of the motion cycle and to dwell at 1.5 inches lift for cam angles from 160' to 220". The follower returns to zero from 220' to 360. The cam is to have a translating, radial, roller follower with a roller diameter for 1.0 in. The cam will rotate clockwise and the base circle diameter is 2 in. Lay out the cam profile using 20# plotting intervals. Please use Solidworks to design the profile. Submit a screenshot of the final profile.
 

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3. Lay out a cam profile using a cycloidal follower displacement (both rise and return) if the cam is to dwell at zero lift for the first 100 of the motion cycle and to dwell at 1.5 inches lift for cam angles from 160* to 220. The follower returns to zero from 220 to 360. The cam is to have a translating, radial, roller follower with a roller diameter for 1.0 in. The cam will rotate clockwise and the base circle diameter is 2 in. Lay out the cam profile using 20 plotting intervals. Please use Solidworks to design the profile. Submit a screenshot of the final profile. 3. Lay out a cam profile using a cycloidal follower displacement (both rise and return) if the cam is to dwell at zero lift for the first 100 of the motion cycle and to dwell at 1.5 inches lift for cam angles from 160* to 220. The follower returns to zero from 220 to 360. The cam is to have a translating, radial, roller follower with a roller diameter for 1.0 in. The cam will rotate clockwise and the base circle diameter is 2 in. Lay out the cam profile using 20 plotting intervals. Please use Solidworks to design the profile. Submit a screenshot of the final profile.