Figure below shows a system with two weights on a rotating shaft. For the given data below, determine the mR (mass-radius) product and angles of the balance weights needed to dynamically balance the system. W1 W1 a W2 W2 Given: W1 = 60 N W2 = 80 N R1 = 100 mm R2 = 150 mm 01 = 30 deg 02 = 270 deg a = 230 mm b = 70 mm %3D
Figure below shows a system with two weights on a rotating shaft. For the given data below, determine the mR (mass-radius) product and angles of the balance weights needed to dynamically balance the system. W1 W1 a W2 W2 Given: W1 = 60 N W2 = 80 N R1 = 100 mm R2 = 150 mm 01 = 30 deg 02 = 270 deg a = 230 mm b = 70 mm %3D
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
![Figure below shows a system with two weights on a rotating shaft. For the given data below, determine the mR
(mass-radius) product and angles of the balance weights needed to dynamically balance the system.
W1
W1
a
3
W2
W2
Given:
W1 = 60 N
W2 = 80 N
R1 = 100 mm
R2 = 150 mm
01 = 30 deg
02 = 270 deg
a = 230 mm
b = 70 mm
%3D
%3!](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2c245efd-b1c8-4fbd-b21f-9380c934b3af%2Fa8e2417c-3a5d-4942-85e9-b4ba327bb8e8%2F77iykip_processed.png&w=3840&q=75)
Transcribed Image Text:Figure below shows a system with two weights on a rotating shaft. For the given data below, determine the mR
(mass-radius) product and angles of the balance weights needed to dynamically balance the system.
W1
W1
a
3
W2
W2
Given:
W1 = 60 N
W2 = 80 N
R1 = 100 mm
R2 = 150 mm
01 = 30 deg
02 = 270 deg
a = 230 mm
b = 70 mm
%3D
%3!
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