On a foggy daythe two cars are approaching each other on a straight road, with speeds `72 km h^(-10` and `54 km h^(-1)`. The drivers of the cars spot other when they were `60` meres apart. Both of them applied brakes, retarding their cars at of `6 ms^(-1)`. Predict whether they will avert collistion or not.

On a foggy day two drivers spot each other when they are just 80 mts apart. They are travelling at 72 kmh^(-1) and 60 kmh^(-1) , respectively . Both of them applied brakes retarding their cars at the rate of 5ms^(-2) . Determine whether they avert collision or not .

On a foggy day two drivers spot each other when they are just 80 meters apart. They are travelling at 27kmh^(-1) and 60kmh^(-1) , respectively. Both of them applied brakes retarding their cars at the rate of 5ms^(-2) Determine whether they avoid collision or not.

A bird is tossing (flying to and fro) between two cars moving towards each other on a straight road . One car has speed of 27 km h^(-1) while the other has the speed of 18 km h^(-1) . The bird starts moving from the first car towards the other and is moving with the speed of 36 km h^(-1) when the two cars were separated by 36 km . The total distance covered by the bird is

A car moving along a straight road with a speed of 72 km h^(-1) , is brought to rest within 3 s after the application of brakes. Calculate the deceleration produced by the brakes.

A driver of car takes -20 s (which is the reaction time of dricer ) to apply the brkes after he sees an obstruction at a distance of 25 m from him . If he is driving car at a speed of 54 km h^(-1) and the brakes cause a deceleration of 6.0 km h^(-2), predict whether he will avert collistion or not.

Two car travelling each other on a straight road at velocity 10m/s and 12m/s respectively . When they are 150 m apart , both drivers apply their brakes and each car decelerates at 2m/s^2 until it stops . How far apart will they be when they have both come to stop?