Unformatted text preview: l rod of the mechanism shown moves downward with a speed of v .
Find: Use the method of instant centers to determine the velocity of end C of link ABC. v C
0.2 m B 0.3 m A Use the following parameter in your analysis: θ = 45◦ and v = 0.25 m/s. II-10
Planar Kinematics Homework Problems Chapter II: Planar Rigid Body Kinematics Homework
ME 274 Homework 2.H Problem II-30
Given: The simple mechanism shown below consists of a ﬂywheel pinned at O and an attached
Given: The simple mechanism shown below consists of a flywheel pinned at O and
member AB pinned on the outer edge of the ﬂywheel at A. At this moment in time the ﬂywheel
an attached member AB pinned on the outer edge of the flywheel at A. At this
has a constant angular velocity of ω in the clockwise direction, and OA is horizontal. Assume that
moment in time the flywheel has a constant surface aligned of ! in the
point B remains in contact with the horizontalangular velocity with the bottom of the ﬂywheel, as
clockwise direction, and OA is horizontal . Assume that point B...
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- Fall '09
- Velocity, planar rigid body, Rigid Body Kinematics