The options for the first two fill in the blank are acceleration, time, distance, velocity.

A stone is thrown vertically into the air at an initial velocity of 71 f/s. On a different planet, the height s (in feet) of the stone above the ground after t seconds is s=71t- 41 and on Earth it is s =71t- 16t- . How much higher will the stone travel on the other planet than on Earth? When an object that is thrown upwards reaches its highest point (just before it starts to fall back to the ground), its will be zero. Therefore, to find the maximum heights of the two objects, use the equation, The stone will travel | |higher on the other planet. (Do not round until the final answer. Then round to the nearest whole n s = f(t). As Vav At ds dt =f (t). dv d's =f'(t). VO Enter your answer in the answer box. 07/14/21 4.5 11.com Take a Test - Ivan Sierra New Tab - Google Ch... Assignments - Googl