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Tasks: For 0 = 30 °, for point P, perform the following: (a). Find the velocity and acceleration components in polar co (b). Find the velocity and acceleration components in Cartesi= (c). Find the velocity and acceleration components in path co (d). Draw the vector diagrams to demonstrate that the sam coordinate systems. Use figures showing labeled compor Y

Tasks: For 0 = 30 °, for point P, perform the following: (a). Find the velocity and acceleration components in polar co (b). Find the velocity and acceleration components in Cartesi= (c). Find the velocity and acceleration components in path co (d). Draw the vector diagrams to demonstrate that the sam coordinate systems. Use figures showing labeled compor Y

Elements Of Electromagnetics
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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Problem 2.11 In Figure P2.10, é = 8 rad/s and ë = -20 rad/s, r= 200 mm, i = -300 mm/s, and = 0. Tasks: For 0 = 30 °, for point P, perform the following: (a). Find the velocity and acceleration components in polar coordinates. (b). Find the velocity and acceleration components in Cartesian coordinates. (c). Find the velocity and acceleration components in path coordinates. (d). Draw the vector diagrams to demonstrate that the same velocity and acceleration is obtained for all three- coordinate systems. Use figures showing labeled components, unit vectors, and units.. Y Figure P2.10
Transcribed Image Text:Problem 2.11 In Figure P2.10, é = 8 rad/s and ë = -20 rad/s, r= 200 mm, i = -300 mm/s, and = 0. Tasks: For 0 = 30 °, for point P, perform the following: (a). Find the velocity and acceleration components in polar coordinates. (b). Find the velocity and acceleration components in Cartesian coordinates. (c). Find the velocity and acceleration components in path coordinates. (d). Draw the vector diagrams to demonstrate that the same velocity and acceleration is obtained for all three- coordinate systems. Use figures showing labeled components, unit vectors, and units.. Y Figure P2.10
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