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3. The ropes and pulleys shown are very light and there is no friction. The 5 N block B and 50 N block A are released from rest. The blue rope and the red rope are different ropes. 10 A B Figure 5.3: Rope2Masses.png (a) How fast are the two moving after 10 seconds? Solution lies between (92.84913, 28.7592) and (99.41422, 34.386) (b) What directions are they moving? Solution lies between (down, down) and (up, up)

3. The ropes and pulleys shown are very light and there is no friction. The 5 N block B and 50 N block A are released from rest. The blue rope and the red rope are different ropes. 10 A B Figure 5.3: Rope2Masses.png (a) How fast are the two moving after 10 seconds? Solution lies between (92.84913, 28.7592) and (99.41422, 34.386) (b) What directions are they moving? Solution lies between (down, down) and (up, up)

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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3. The ropes and pulleys shown are very light and there is no friction. The 5 N block B and 50 N block A are released from rest. The blue rope and the red rope are different ropes. Figure 5.3: Rope2Masses.png (a) How fast are the two moving after 10 seconds? Solution lies between (92.84913, 28.7592) and (99.41422, 34.386) (b) What directions are they moving? Solution lies between (down, down) and (up, up)
Transcribed Image Text:3. The ropes and pulleys shown are very light and there is no friction. The 5 N block B and 50 N block A are released from rest. The blue rope and the red rope are different ropes. Figure 5.3: Rope2Masses.png (a) How fast are the two moving after 10 seconds? Solution lies between (92.84913, 28.7592) and (99.41422, 34.386) (b) What directions are they moving? Solution lies between (down, down) and (up, up)
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