The position coordinațe (distance) of a particle moves along a straight line isgiven by the relation [ x =t-3t²-40t+50]. Determine :1.3The velocity of the particle when the acceleration is ( a = 34 m / sec2 ).The distance during the interval from ( t = 2 sec ) to ( t= 6 sec ) .

The position of the object is Substitute the value of t as 2 sec to calculate the position of the…

1. The position coordinațe (distance) of a particle moves along a straight line is given by the relation [ x = t-3t²-40t+50 ]. Determine : 3. | The velocity of the particle when the acceleration is ( a = 34 m / sec2 ). The distance during the interval from (t=2 sec ) to ( t= 6 sec).

1. The position coordinațe (distance) of a particle moves along a straight line is given by the relation [ x = t-3t²-40t+50 ]. Determine : 3. | The velocity of the particle when the acceleration is ( a = 34 m / sec2 ). The distance during the interval from (t=2 sec ) to ( t= 6 sec).

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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The position coordinațe (distance) of a particle moves along a straight line is
given by the relation [ x =t-3t²-40t+50]. Determine :
1.
3
The velocity of the particle when the acceleration is ( a = 34 m / sec2 ).
The distance during the interval from ( t = 2 sec ) to ( t= 6 sec ) .

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