In Figure (2), four masses Wo 1000 N, W 1500 N. We 1200 N and Wa 1300 N revolve respectively at radiiof re-225 mm, rs 175 mm, r 250 mm and rv 300 mm in planes A, B, C and D. Two planes L and Mareselected to place balancing masses Wand Wat a radius of 600 mm. The masses W, We and Waare respectivelyat angles of 45°, 75° and 135 from Waand distances between planes are: la 300 mm, ls 375 mm, le 750mm, la 1500 mm, ma 1800 mm, m 875 mm, m 500 mm, ma 250 mm. Find the balancing masses andorientation of their radii from radius of mass WaWmW₁WeWaWWaFigure (2)mamame ma

Name: In Figure (2), four masses Wo 1000 N, W 1500 N. We 1200 N and Wa 1300
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Description: In Figure (2), four masses Wo 1000 N, W 1500 N. We 1200 N and Wa 1300 N revolve respectively at radiiof re-225 mm, rs 175 mm, r 250 mm and rv 300 mm in planes A, B, C and D. Two planes L and Mareselected to place balancing masses Wand Wat a radius o

The distance between Planes L and M, d=ld-mdd=1500-875=825 mm Draw the table of calculation of…

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at angles of 45", 75 and 135" from Waand distances between plaries are: la mm, la 1500 mm, ma 1800 mm, m 875 mm, m 500 mm, ma 250 mm. Find the balancing masses and orientation of their radii from radius of mass Wa.

at angles of 45", 75 and 135" from Waand distances between plaries are: la mm, la 1500 mm, ma 1800 mm, m 875 mm, m 500 mm, ma 250 mm. Find the balancing masses and orientation of their radii from radius of mass Wa.

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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