Known values: L Rp Wdisk a disk 0.9 m 0.4 m 33° 30° 10 rad/s 10 rad/s? .2 Problem Statement: A disk is designed with a peg attached at P. As the disk rotates about its center C, the peg slides in the slot of a slotted rod, causing the rod to rotate about point O. For the instant of interest, key information is provided in the table. Determine the angular motion of the rod and the motion of the peg relative to the rod. Take the senses depicted in the figure as positive. Wrod = Vrelative Arod arelative

Known values: L Rp Wdisk a disk 0.9 m 0.4 m 33° 30° 10 rad/s 10 rad/s? .2 Problem Statement: A disk is designed with a peg attached at P. As the disk rotates about its center C, the peg slides in the slot of a slotted rod, causing the rod to rotate about point O. For the instant of interest, key information is provided in the table. Determine the angular motion of the rod and the motion of the peg relative to the rod. Take the senses depicted in the figure as positive. Wrod = Vrelative Arod arelative

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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Question

Known values:
Rp
0.4 m 33°
L
a disk
10 rad/s?
Wdisk
0.9 m
30°
10 rad/s
2
Problem Statement:
A disk is designed with a peg attached at P. As the disk rotates about its center C, the
peg slides in the slot of a slotted rod, causing the rod to rotate about point O. For the
instant of interest, key information is provided in the table. Determine the angular motion
of the rod and the motion of the peg relative to the rod.
Take the senses depicted in the figure as positive.
Wrod =
Vrelative
Arod
arelative
Be sure to include units with your answers.

Orod,
Arod
Vrelative
arelative
Rp
Odisk,
Adisk

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