PROBLEM STATEMENT: Draw the 3D version of the given figure below using Solidworks. At that instant shown below, Q₂F = 15 inch, Q4B = 14 inch, Q4D = 6 inch, Q4E = 15 inch, Q₂Q4 = 15 inch. The crank Q4D is rotating uniformly counterclockwise at 150 rpm. Find the absolute instantaneous linear velocity in fps of point F and E and the absolute instantaneous angular velocity in rpm of the variable length crank Q₂F using your chosen method (1, 2 and 3) and Method 4. 6 0 Q₂ 5 B 1 Q4 PE] 1

PROBLEM STATEMENT: Draw the 3D version of the given figure below using Solidworks. At that instant shown below, Q₂F = 15 inch, Q4B = 14 inch, Q4D = 6 inch, Q4E = 15 inch, Q₂Q4 = 15 inch. The crank Q4D is rotating uniformly counterclockwise at 150 rpm. Find the absolute instantaneous linear velocity in fps of point F and E and the absolute instantaneous angular velocity in rpm of the variable length crank Q₂F using your chosen method (1, 2 and 3) and Method 4. 6 0 Q₂ 5 B 1 Q4 PE] 1

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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Conservation of Energy

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PROBLEM STATEMENT:
Draw the 3D version of the given figure below using Solidworks. At that instant shown
below, Q₂F 15 inch, Q4B = 14 inch, Q4D = 6 inch, Q4E = 15 inch, Q2 Q4 15 inch. The
crank Q4D is rotating uniformly counterclockwise at 150 rpm. Find the absolute
instantaneous linear velocity in fps of point F and E and the absolute instantaneous
angular velocity in rpm of the variable length crank Q₂F using your chosen method (1, 2
and 3) and Method 4.
Variable:
Ꮎ
6
0
Q2
5 B
30
F
Q4
3
PE
-
1

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