ING PURELY RMA ME IN

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
C
USING PURELY RMA METHOD IN
SOLVING. Determine (a) the total
acceleration at A, and (b) the angular
acceleration of link OA.
VB
The hydraulic cylinder rotates link OA
around fixed O by pushing link BC.
Link BC is currently travelling at 4.3
m/s, and its speed is increasing at a
125 mm rate of 24 m/s². Also, at this instant,
А
B
250 mm
link AB is horizontal while link OA is
vertically oriented. Let angle ß = 43°.
Transcribed Image Text:C USING PURELY RMA METHOD IN SOLVING. Determine (a) the total acceleration at A, and (b) the angular acceleration of link OA. VB The hydraulic cylinder rotates link OA around fixed O by pushing link BC. Link BC is currently travelling at 4.3 m/s, and its speed is increasing at a 125 mm rate of 24 m/s². Also, at this instant, А B 250 mm link AB is horizontal while link OA is vertically oriented. Let angle ß = 43°.
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The first answer for this problem was incomplete and the answer was cut off so if anybody can complete the solution please? thank you very much.

C
USING PURELY RMA METHOD IN
SOLVING. Determine (a) the total
acceleration at A, and (b) the angular
acceleration of link OA.
VB
The hydraulic cylinder rotates link OA
around fixed O by pushing link BC.
Link BC is currently travelling at 4.3
m/s, and its speed is increasing at a
125 mm rate of 24 m/s². Also, at this instant,
А
B
250 mm
link AB is horizontal while link OA is
vertically oriented. Let angle ß = 43°.
Transcribed Image Text:C USING PURELY RMA METHOD IN SOLVING. Determine (a) the total acceleration at A, and (b) the angular acceleration of link OA. VB The hydraulic cylinder rotates link OA around fixed O by pushing link BC. Link BC is currently travelling at 4.3 m/s, and its speed is increasing at a 125 mm rate of 24 m/s². Also, at this instant, А B 250 mm link AB is horizontal while link OA is vertically oriented. Let angle ß = 43°.
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