(4)1A model car is movingwith the angleFind, at t= 1.55=on a circular track of radius r = 208m₁(in degrees) given by the formula shown above.(b) the car's velocity (my and direc)(c) the car's acceleration (mag and direc)r = 208 m(a) the car's position (ie, the angle 0); draw an accurate diagoramShowing the car in this position.Keep in mind thatmeasured in radians(0 = 0 (t) = 60t - £²(6: degrees to seconds)manyof the formulas we've discussed require I to be

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A model car is moving on a circular track of radius r = 208m₁ (in degrees) given by the formula shown above. with the angle Find, at t= 1.55= (a) the car's position (ie, the angle 0); draw an accurate diagram Showing the car in this position (b) the car's velocity (meg and direc) (c) the car's acceleration (mag and direc) Keep in mind that measured in radians. many of the formulas we've discussed require I to be

A model car is moving on a circular track of radius r = 208m₁ (in degrees) given by the formula shown above. with the angle Find, at t= 1.55= (a) the car's position (ie, the angle 0); draw an accurate diagram Showing the car in this position (b) the car's velocity (meg and direc) (c) the car's acceleration (mag and direc) Keep in mind that measured in radians. many of the formulas we've discussed require I to be

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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