A car with an initial velocity of begins to accelerate at a rate of . How many meters will the car travel in the interval of time starting one second after it begins to accelerate and ending four seconds after it begins to accelerate?

A baseball is thrown with an initial velocity of . Given that the position of the baseball at seconds is meters and the acceleration of baseball is all the time, find the position equation for the ball.

Find the position function if the velocity function is

and .

If v(t) represents the velocity of a water balloon dropped off a sky scraper, find the balloon's position after 3 seconds, if .

If the velocity function of a car is , what is the position when ?

Consider the velocity function given by :

Find the position of a particle after seconds if its velocity can be modeled by and the graph of its position function passes through the point .

What is the position function of the particle if the velocity is given by the following function:

The velocity equation of an object is given by the equation . What is the position of the object at time if the initial position of the object is ?

The acceleration of an object is given by the equation . What is the equation for the position of the object, if the object has an initial velocity of and an initial position of ?

Find a vector perpendicular to .