The height of a projectile that has been launched upward can be determined by finding the sum of the product of one half of the object's acceleration and t to the second power, the product of the object's initial velocity and t, and the objects initial height, where t represents the number of seconds after the object has been launched. An object's acceleration can be assumed to be -32 ft/s squared, which is the acceleration due to gravity. (This is the info i was given...ok 1st question) write a formula to represent the height of a projectile for any given time t.

Question

The height of a projectile that has been launched upward can be determined by finding the sum of the product of one half of the object's acceleration and t to the second power, the product of the object's initial velocity and t, and the objects initial height, where t represents the number of seconds after the object has been launched. An object's acceleration can be assumed to be -32 ft/s squared, which is the acceleration due to gravity.  (This is the info i was given...ok 1st question) write a formula to represent the height of a projectile for any given time t.