before a potential traffic accident one car is traveling at 128 km/h when the driver fully applies the brakes (so that he may avoid an accident) by producing a constant deceleration of 5 m/s2. You must find the distance traveled by the car before the car comes to a full stop. Equivalently, this is the distance from the place where the driver must hit the brakes, to the place where the car will fully stop right before/ at the potential traffic accident. find correct linear function for velocity, function of time t, with some constant, C, the intercept find correct value of the constant intercept C in part (a) find correct quadratic displacement function of time t find correct time until full stop of the car, and find correct distance
Just before a potential traffic accident one car is traveling at 128 km/h when the driver fully applies the brakes (so that he may avoid an accident) by producing a constant deceleration of 5 m/s2. You must find the distance traveled by the car before the car comes to a full stop. Equivalently, this is the distance from the place where the driver must hit the brakes, to the place where the car will fully stop right before/ at the potential traffic accident.
find correct linear function for velocity, function of time t, with some constant, C, the intercept
find correct value of the constant intercept C in part (a)
find correct quadratic displacement function of time t
find correct time until full stop of the car, and find correct distance
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