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The deceleration of a car travelling on a straight highway is a function of its instantaneous velocity v given by w=a sqrt v ,where a is a constant.if the initial velocity of the car is 60km/hr the distance the car will travel and the time it takes to stop are?? 1)3/2a m,1/2a s 2)2/3a m,2/a s. (s stands for seconds) for NEET 2024 is part of NEET preparation. The Question and answers have been prepared
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The deceleration of a car travelling on a straight highway is a function of its instantaneous velocity v given by w=a sqrt v ,where a is a constant.if the initial velocity of the car is 60km/hr the distance the car will travel and the time it takes to stop are?? 1)3/2a m,1/2a s 2)2/3a m,2/a s. (s stands for seconds) , a detailed solution for The deceleration of a car travelling on a straight highway is a function of its instantaneous velocity v given by w=a sqrt v ,where a is a constant.if the initial velocity of the car is 60km/hr the distance the car will travel and the time it takes to stop are?? 1)3/2a m,1/2a s 2)2/3a m,2/a s. (s stands for seconds) has been provided alongside types of The deceleration of a car travelling on a straight highway is a function of its instantaneous velocity v given by w=a sqrt v ,where a is a constant.if the initial velocity of the car is 60km/hr the distance the car will travel and the time it takes to stop are?? 1)3/2a m,1/2a s 2)2/3a m,2/a s. (s stands for seconds) theory, EduRev gives you an
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