Jackson throws a ball off a rooftop in mid-town. The ball travels according the equation s=240+32t...

 

Transcribed Image Text:

Jackson throws a ball off a rooftop in mid-town. The ball travels according the equation s=240+32t - 16t2, where s is the ball's distance in feet above the ground t seconds after Jackson releases it. What is the ball's distance above the ground when it is released? b. How long does it take for the ball to reach its maximum height? c. How high did Jackson throw the ball above the roof? d. How high above the ground did the ball get? e. How fast was the ball traveling at the moment it left Jackson's hand? f. When is the next time that the ball will reach that same speed? (Remember it won't reach that same velocity because it'll be on its way down.) g. What will be the ball's velocity 1 second before it hits the ground? h. Electronically, or by hand, sketch the path of the ball's velocity (be sure to include all appropriate labels) i. Create a table comparing s & t in one second intervals. a. Jackson throws a ball off a rooftop in mid-town. The ball travels according the equation s=240+32t - 16t2, where s is the ball's distance in feet above the ground t seconds after Jackson releases it. What is the ball's distance above the ground when it is released? b. How long does it take for the ball to reach its maximum height? c. How high did Jackson throw the ball above the roof? d. How high above the ground did the ball get? e. How fast was the ball traveling at the moment it left Jackson's hand? f. When is the next time that the ball will reach that same speed? (Remember it won't reach that same velocity because it'll be on its way down.) g. What will be the ball's velocity 1 second before it hits the ground? h. Electronically, or by hand, sketch the path of the ball's velocity (be sure to include all appropriate labels) i. Create a table comparing s & t in one second intervals. a.