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the path 6.552 12.92 14.74 9.1 16.65 maximum velocity along reached is e 746 4.865 16.471

the path 6.552 12.92 14.74 9.1 16.65 maximum velocity along reached is e 746 4.865 16.471

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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P3- A particle of mass 0.32 kg is attached to the end of an inextensible cord of length 0.96 m. Whereas the other end of the cord is attached to A. If the particle is given an initial velocity 8 m/s downward when the cord was taut horizontally as shown. The motion in a vertical plane. B. L. A V C REQUIRED 4.913 10.99 8.932 13.31 15 16 velocity at e -57 normal reaction at e -57 accleraticon at e -57 maximum velocity along 2.59 5.552 37.7 29.22 17.24 23.09 83.28 15.82 32.48 132.4 107.4 6.552 12.92 14.74 9.1 17 18 the path 16.65 Vo if maximum angle reached is e -237 . 19 1.411 2.433 3.746 4.865 6.471 20 corresponding velocity e -237 0.815 1.545 3.455 2.809 4.185 minimum Vo to make a complete revolution 21 1.009 6.853 5.313 3.134 4.197
Transcribed Image Text:P3- A particle of mass 0.32 kg is attached to the end of an inextensible cord of length 0.96 m. Whereas the other end of the cord is attached to A. If the particle is given an initial velocity 8 m/s downward when the cord was taut horizontally as shown. The motion in a vertical plane. B. L. A V C REQUIRED 4.913 10.99 8.932 13.31 15 16 velocity at e -57 normal reaction at e -57 accleraticon at e -57 maximum velocity along 2.59 5.552 37.7 29.22 17.24 23.09 83.28 15.82 32.48 132.4 107.4 6.552 12.92 14.74 9.1 17 18 the path 16.65 Vo if maximum angle reached is e -237 . 19 1.411 2.433 3.746 4.865 6.471 20 corresponding velocity e -237 0.815 1.545 3.455 2.809 4.185 minimum Vo to make a complete revolution 21 1.009 6.853 5.313 3.134 4.197
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