Tsunamis are characterized as shallow-water waves. The . _ m veloc1ty, V, measured in meters per second () , of a sec shallow-water wave is given by V = 1/gd where g is the m acceleration due to gravity (or 9.82) and dis the sec depth of the water in meters. (Round answers to 2 decimal places and include the units, when applicable.) a. Find the velocity of the tsunami when the depth of the water is 1500 meters. V: b. Find the velocity of the tsunami when the depth of the water is 2500 meters. V: c. Find the velocity of the tsunami when the depth of the water is 4000 meters. V: d. As the water depth increases, is the velocity increasing or decreasing? 0 Increasing O Decreasing e. Solve for the depth, d, in the formula V = y/gd. d=- f. Scientists estimate that the average speed of tsunamis in the Pacific Ocean to be between 203 and 210 meters per second. Using these estimates, between what two depths is the Pacific Ocean? "Eds