Assignmentnocam with following dimensions.Angle of Ascent =150 degree, Angle ofDuel_4o",Angle of Descent= 60 donmce, Duell of restAtheCycle, Maximum follower lift= 30mm,Follower ty pea knife edge follower.The Rise of follaver is SHM and Fall ofthe follower is with uniformQtz Deign ay.Q2+ Explain yeloidal Motion,

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Q4 Desgn a can with following dimensions Angle of Ascont =15o degree, Angle ofDuell_4o", Angle of Descent= 60 deprce, Duell of restofthe cycle, Maximum follomer lift = 30mm, Follower Ty pe= knife edge follower. The Rise of folaver is SHM and Fall the follawer is with uniform velocity. Cam

Q4 Desgn a can with following dimensions Angle of Ascont =15o degree, Angle ofDuell_4o", Angle of Descent= 60 deprce, Duell of restofthe cycle, Maximum follomer lift = 30mm, Follower Ty pe= knife edge follower. The Rise of folaver is SHM and Fall the follawer is with uniform velocity. Cam

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Assignment
no
cam with following dimensions.
Angle of Ascent =150 degree, Angle ofDuel_4o",
Angle of Descent= 60 donmce, Duell of restAthe
Cycle, Maximum follower lift= 30mm,
Follower ty pea knife edge follower.
The Rise of follaver is SHM and Fall of
the follower is with uniform
Qtz Deign a
y.
Q2+ Explain yeloidal Motion,

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dimensicons can with following Angle of Ascent =150 degree, Angle ofDwell_-4o", Angle of Descent= 60 deprce, Duell of restAthe Cycle, Maximum follower lift= 30mm, Follower Ty pe= Knife edge follower. The Rise of follaver is SHM anod fall of . Q Design a the follawer is with uniform velocity
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dimensiens Qde Design a Angle of Ascont =15o degree, Angle ofDuell_4o", Angle of Descent= 60 deprce, Duell of restAthe Cycle, Maximum follower lift = 30mm, Follower Ty pe= Knife edge follower. The Rise of follower is SHM and fall of the follower can with following is with uniform velocity
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