Apply the projectile formula to a real-world situation.

projectile motion

Step-by-step explanation:

If the initial velocity v0 is allowed to be zero, here is one:

You are standing next to a very deep hole, and wonder what is the depth h? You drop a stone into the hole, and hear a delayed sound (of the stone hitting the bottom) after time T on your stopwatch. Given the gravitational constant g, given the speed of sound c, and by ignoring air-resistance on the stone, calculate the depth h.

Solution:

h = cT+c2g[1−1+2gTc−−−−−−−√].

2

step-by-step explanation:

1+1=2

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step-by-step explanation: