a) A car moving with a constant velocity travels 360 meters in 9 seconds. What was the average velocity of the car in m/s? b) A second car starts from rest, speeds up with constant acceleration, and travels 360 meters in 9 seconds. What was the average velocity of the second car in m/s? c) What was the final velocity of the second car (in m/s)?

A racing car reaches a velocity of 52 m/s north. It then uses its parachute and braking system to uniformly slow down and come to rest 5.5 seconds later. What was the displacement, in meters, of the racing car during those 5.5 seconds?

Bobby walks north to a convenient store which is 48 m from his house once there he realize he forgot his wallet so he has to hurry home to find it and then walks back to the store if the entire truck takes him 25 minutes what is his average velocity for the trip in m/s?

The equation for the motion of an object with constant acceleration is d= do + vt + at, where d is distance from a given point in meters, do is the initial distance from the starting point in meters, v is the starting velocity in meters per second, a is acceleration in meters per second squared, and t is time in seconds. A car is stopped at a traffic light. When the light turns green, the driver begins to drive, accelerating at a constant rate of 4 meters squared. A bus is traveling at a speed of 15 meters per second in another lane. The bus is 7 meters behind the car as it begins to accelerate. per second Find when the bus passes the car, when the car passes the bus, and how far each has traveled each time they pass one another. it lad wod

A particular rabbit accelerates from rest to a speed of 11.7 m/s in 1.2 seconds. What is the rabbit's average acceleration during that time interval? (Assume the acceleration is positive in our coordinate system, and give your answer in m/s2 .)

A driver of a car traveling at 52 km h¹ applies the brakes and accelerates uniformly in the opposite direction. The car stops in 5 s. Another driver going at 3 km h¹ in another car applies his brakes slowly and stops in 10 s. On the same graph paper, plot the speed versus time graphs for the two cars. Which of the two cars traveled farther after the brakes were applied?

What is the magnitude of the average acceleration of the car while it is slowing down, in feet per second squared? With this same average acceleration, how much longer would it take you to stop?

A cyclist accelerates at a constant rate of 2.88 m/s2 for 2.82 s. If their final velocity is 12.6 m/s, what was their initial velocity? Give your answer in m/s to 2 decimal places, but do not include units in your answer.

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A speeding driver noticed a police car parked about 433 m in from of him on the side of the road and reduced his speed at a constant rate for a duration of 10.7 seconds as he drove past the police car, at the legal speed of 33 m/s. What was the car's acceleration (include a negative sign in your answer)?