You stand at the top of a deep well. To determine the depth, D, of the well you drop a rock from the top of the well and listen for the splash as the rock hits the water’s surface. The sound of the splash arrives t = 3.1 s after you drop the rock. The speed of sound in the well is vs = 336 m/s. A. Enter the quadratic equation for the distance, D, in terms of the time, the acceleration due to gravity, and the speed of sound. Arrange the expression so that the coefficient of the D2 term is 1. B. Solve the quadratic equation for the depth of the well, D, and calculate it's value, in meters.

You stand at the top of a deep well. To determine the depth, D, of the well you drop a rock from the top of the well and listen for the splash as the rock hits the water’s surface. The sound of the splash arrives t = 3.1 s after you drop the rock. The speed of sound in the well is vs = 336 m/s. A. Enter the quadratic equation for the distance, D, in terms of the time, the acceleration due to gravity, and the speed of sound. Arrange the expression so that the coefficient of the D2 term is 1. B. Solve the quadratic equation for the depth of the well, D, and calculate it's value, in meters.

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Question

A. Enter the quadratic equation for the distance, D, in terms of the time, the acceleration due to gravity, and the speed of sound. Arrange the expression so that the coefficient of the D² term is 1.

B. Solve the quadratic equation for the depth of the well, D, and calculate it's value, in meters.

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