Energy Practice Problem 2: Work & Power A pitcher does work on a 0.15 kg baseball by throwing it directly horizontally from a height of 2 m Ignore air resistance. 1. Draw a picture and construct an LOL Energy Diagram for the scenario when... a. The baseball is held at the height of 2 m b. The baseball is about to reach the catchers glove 1 meter above the ground 2. How much Gravitational Potential Energy does the ball have before it is released? How much Gravitational Potential Energy does the ball have right when it hits the catcher's glove? Given(s) Unknown(s) Equation(5) Substitution(s) Solution 3. How much Kinetic Energy does the ball have if it's traveling at 40 m/'s right before it hits the glover Given(:) Unknown (9) Equation(s) Substitution (9) Solution 4. What is the total energy in the system when the ball is held at the 2 m height? Given(s) Unknown(5) Equation(s) Substitution(5) Solution 5. What is the total energy in the system when the ball is about to reach the catcher's glove? Given(s) Unknown() Equation(s) Substitution(5) Solution