A stationary car is stopped at a traffic light. When the light turns green at  , a truck with constant speed passes the car. The car uniformly accelerates to its top speed in   then moves at a constant speed. The truck is represented by the dotted line and the car is represented by the solid line.

A driver drives a car at uniform velocity along a road. The driver sees a hazard and applies the brakes.What is the car’s motion as it moves through the thinking distance and as it moves through the braking distance?*1 point

The blue car approaches an intersection with a green light, intending to turn right. A large truck ahead of the blue car activates its right turn signal, but moves into the left lane. What should the driver of the blue car do?Slow down and let the truck make its turn- sometimes large trucks need to enter the opposite lane to allow for wider turns.Speed up and pass the truck, then turn, because the car is much faster than the truck.

You are a jaywalker at a distance x from an intersection. At time t = 0 you start tocross it at a constant velocity perpendicular to the direction of the street such that it would take you timeT to cross it. Incidentally, at t = 0, there is also a car at X = 40.0 m away from the intersection. It is aself-driving Tesla, and it drives toward the intersection at such a speed that if the light remained green,the car would reach the intersection at t = T .At time t = 0, the light turns red, and since the car is driven by a computer, it immediately beginsdecelerating with constant acceleration a such that it comes to a stop at exactly X = 0.You are x = 8.00 m from the intersection. Do you get hit by the car? If yes, report the speed of the carrelative to the ground when it hits you, as a percent of its original speed before the light turned red. Ifno, report how far away the car is from you when you finish crossing the street

he car’s speed changes as it leaves the stop sign.0 m 10 m 20 m 30 m 40 m 50 m 60 m 70 m 80 m 90 m0 s 2 s 4 s 6 s 8 sThe above figure shows that the body(1) covers equal distance in equal interval of time.(2) covers equal displacement in equal interval of time.(3) exhibits non-uniform motion.(4) exhibits uniform motion.

In a car race on straight road, car A takes a time tless than car B at the finish and passes finishingpoint with a speed 'v' more than that of car B. Boththe cars start from rest and travel with constantacceleration a1 and a2 respectively. Then 'v' is equalto