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11. A particle is released from the rest (y=0) and falls under the influence of gravity with air resistance force equals to √√3u. The velocity as a function of time is U= mg (0.578- 1.154 3t 2e m 3.464 √3t 2em A. B. v= mg (1.732- C. v-mg (3.464- D. 0.578 13t 2em v-mg (0.732-115 √3t 2e m

11. A particle is released from the rest (y=0) and falls under the influence of gravity with air resistance force equals to √√3u. The velocity as a function of time is U= mg (0.578- 1.154 3t 2e m 3.464 √3t 2em A. B. v= mg (1.732- C. v-mg (3.464- D. 0.578 13t 2em v-mg (0.732-115 √3t 2e m

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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11. A particle is released from the rest (y=0) and falls under the influence of gravity with air resistance force equals to √3u. The velocity as a function of time is Umg (0.578-1.154 3t 2e m v=mg (1.732-3.46 2em 0.578 v-mg (3.464- 2em v-mg (0.732-1.154 2e m A. B. C. D. A. B. O C. D. 3t
Transcribed Image Text:11. A particle is released from the rest (y=0) and falls under the influence of gravity with air resistance force equals to √3u. The velocity as a function of time is Umg (0.578-1.154 3t 2e m v=mg (1.732-3.46 2em 0.578 v-mg (3.464- 2em v-mg (0.732-1.154 2e m A. B. C. D. A. B. O C. D. 3t
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