Using graphical methods, draw the pressure angle at the position shown in (a) and (b).e|-------R = Cam Base Radiuse = Follower Offsetẞ₁ = Section Duration 1B₁ = Section Duration 2ẞ₂ = Section Duration 3В2B₁FollowerPositionwwRẞ3(a)ReferenceRadial(b)

Answered: Using graphical methods, draw the…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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For the 3Bar Inverted Crank Slider shown, the following data is given: R2 = a, R₁ =d, 02, W2, α2. απ W2 R2 02 02 R4 04 O2 and 04 are grounds. 04 R1 1. Starting with the algebraic position equation R = Au; where R is the position of the vector in the fixed frame [XY]T, A is the rotation matrix and u is the coordinates of a point on the vector in the local frame, [xy]. With R₂ = a, R₁ = d, 02, W2, and a₂ given, derive the general position, velocity, and acceleration equations in both algebraic and matrix form. Note: your answer must begin with the vector loop and continue the derivation. 2. For the 3-bar crank slider with R2 = 2 in, R₁ =10 in, 02 = 20°, w₂ = 10 rad/sec ccw, α₂ = 0 rad/sec², determine values for R4 = c, 04, Ċ, W4, C, and α. 3. What are the angular velocity and acceleration for the slider block.
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Using graphical methods, draw the pressure angle at the position shown in (a) and (b). e |------- R = Cam Base Radius e = Follower Offset ẞ₁ = Section Duration 1 B₁ = Section Duration 2 ẞ₂ = Section Duration 3 В2 B₁ Follower Position ww R ẞ3 (a) Reference Radial (b)