1. The problem statement, all variables and given/known data At the Chute-Montmorency, water falls from a height of 83m. The average flow rate of the river is 35000 liters per second. Estimate the maximum power that a hydroelectric plant located at the bottom of the falls would provide. 2. Relevant equations P = W/T W = F x d 3. The attempt at a solution W = (35000 x 9.8)(83) To solve for time for water to fall: d = (0.5)(a)(t^2) 83 = (0.5)(9.8)(t^2) t = 4.12 seconds Power = (35000 x 9.8 x 83) / (4.12 seconds) Power = 6917002.427 Joules or 6917 KJ. I am not entirely sure if this is right.