Please with this problem also after section 3 there is a fourth but it's the same as section 2 but I stead your writing the equation for 3. So please also include equation for section 3

Initial Final m a =0 The diagram at right shows a ball of mass m that has speed vr after falling a distance H towards the earth. The system includes the H ball and earth. Ovr # 0 Earth Earth Draw the energy bar chart for this situation. Notes: The graph below will not allow you to draw 'bars'. Instead, you will plot points to indicate the end of each bar. Ko + Ugo + Uso + Einto+ W Kf + Ugf + Usf + Eints Clear All Draw: 2. Use conservation of energy to write an equation describing the situation in question 1. Your equation must be expressed in terms of m, H, V and g. Note: Enter the raw conservation of energy equation. Do not cancel common factors on the two sides of the equation. 3. Initial Final m Vo = 0 The problem at right is identical to the one above except the location of y = 0 is different. H Earth Earth Draw the energy bar chart for this new situation. Ko + Ugo + Uso + Einto+ W Ky + Ugf+ Usf + Eintf