Q2: A circular cam, symbolized by the symbol C, and has a diameter of 144mm, and...

  

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Q2: A circular cam, symbolized by the symbol C, and has a diameter of 144mm, and the distance of the center of its revolutions from the center of the cam (02) is equal to 36mm, and it rotates at a constant speed around the point. Subordinate() to it A mass of 0.8 is pushed against the cam by a spring with a modulus of elasticity of /10. During the rotation of the cam at a certain speed, it is noted that the follower loses its contact with the cam when The cam position is at an angle of 120% from the ears. Find that speed and the maximum height that the follower reaches above the center of rotation? Noting that the spring has an initial compression of (30mm). As shown in the figure in its current state. Work out the alfoct at the forwer rasulting from the weight of both the follower and tha sping.. F Q2: A circular cam, symbolized by the symbol C, and has a diameter of 144mm, and the distance of the center of its revolutions from the center of the cam (02) is equal to 36mm, and it rotates at a constant speed around the point. Subordinate() to it A mass of 0.8 is pushed against the cam by a spring with a modulus of elasticity of /10. During the rotation of the cam at a certain speed, it is noted that the follower loses its contact with the cam when The cam position is at an angle of 120% from the ears. Find that speed and the maximum height that the follower reaches above the center of rotation? Noting that the spring has an initial compression of (30mm). As shown in the figure in its current state. Work out the alfoct at the forwer rasulting from the weight of both the follower and tha sping.. F

Answer rating: 100% (QA)

As stated The cams diameter D is 144 mm The cams O2 distance from the center of rotation is 36 mm Fo... View the full answer