Write your name and date. This problem should be solved using the principles of Energy Conservation found in Chapter 3. You should ignore friction. Write the speed of a ball launched vertically from the ground using the following: Write the due date for the quiz and multiply the day by 10 to find the initial speed of a ball being shot vertically into the air from the ground in m/s. For example, if the due date is Feb 1st ( 2/1) then the initial speed from height = 0m would be 10 meters per second. Do not use 10 meters per second unless this quiz truly is due on the 1st day of the month. Write the kinetic, potential and total energy of a 1kg ball being launched vertically from the ground at the speed of 10 times the day this assignment is due as determined in part 2. Write the kinetic, potential and total energy when the ball no longer is moving up but comes to rest just prior to falling back to earth. This is it's maximum height. What is the ball's maximum height in meters