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6. The wheels on the bus go round and round: Y Lx R P 0 R q ö If 0 and aren't equal initially, then the velocity of the point p relative to the point q is (a) R(-0 sin 0+ sin )î + R(0 cos 0 - 6 cos 6)ĵ (b) -R(-0 sin 0+ sin )î - R(0 cos 0 - 6 cos 6)ĵ (c) R(-0² cos 0 + ² cos 6-0 sin 0 + 6 sin ø)î + R(−0² sin 0 + ² sin 6 + 0 cos 0 - 6 cos )ĵ (d) -R(-0² cos 0 + ² cos 6 - 0 sin 0 + Ø sin ø)î – R(-0² sin 0 + ² sin 6 + 6 cos 0 - 6 cos )Ĵ (e) zero

6. The wheels on the bus go round and round: Y Lx R P 0 R q ö If 0 and aren't equal initially, then the velocity of the point p relative to the point q is (a) R(-0 sin 0+ sin )î + R(0 cos 0 - 6 cos 6)ĵ (b) -R(-0 sin 0+ sin )î - R(0 cos 0 - 6 cos 6)ĵ (c) R(-0² cos 0 + ² cos 6-0 sin 0 + 6 sin ø)î + R(−0² sin 0 + ² sin 6 + 0 cos 0 - 6 cos )ĵ (d) -R(-0² cos 0 + ² cos 6 - 0 sin 0 + Ø sin ø)î – R(-0² sin 0 + ² sin 6 + 6 cos 0 - 6 cos )Ĵ (e) zero

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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Qq.68.

Subject  :- Mechanical engineering 

6. The wheels on the bus go round and round: Y 2. L L X Р 0 R O 9 If 0 and aren't equal initially, then the velocity of the point p relative to the point q is (a) R(-0 sin 0+ sin )î+ R(0 cos 0 - 6 cos 6)ĵ (b) -R(-0 sin 0+ sin ø)î – R(0 cos 0 – ☀ cos ¢)ĵ (c) R(-0² cos 0+ cos - sin 0 + Ø sin ¢)î + R(−Ö² sin 0 + sin 6 + 0 cos 0 - 6 cos )ĵ ² cos - Ö sin 0 + Øsin )î - R(-0² sin 0 + 6² sin + Ö cos 0 - 6 cos )Ĵ (d) -R(-0² cos 0 + (e) zero
Transcribed Image Text:6. The wheels on the bus go round and round: Y 2. L L X Р 0 R O 9 If 0 and aren't equal initially, then the velocity of the point p relative to the point q is (a) R(-0 sin 0+ sin )î+ R(0 cos 0 - 6 cos 6)ĵ (b) -R(-0 sin 0+ sin ø)î – R(0 cos 0 – ☀ cos ¢)ĵ (c) R(-0² cos 0+ cos - sin 0 + Ø sin ¢)î + R(−Ö² sin 0 + sin 6 + 0 cos 0 - 6 cos )ĵ ² cos - Ö sin 0 + Øsin )î - R(-0² sin 0 + 6² sin + Ö cos 0 - 6 cos )Ĵ (d) -R(-0² cos 0 + (e) zero
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