In dropping a stone or an iron ball, air resistance is practically negligible Experiments show that the acceleration of the motion is constant (equal to g 9 80 m sec 2 32 ft sec 2 called the acceleration of gravity) Model this as an ODE for, the distance fallen as a function of time t If the motion...

solution let yt be the distance fallen a function of time t The rate ...

In dropping a stone or an iron ball, air resistance is practically negligible. Experiments show that the

Question:

In dropping a stone or an iron ball, air resistance is practically negligible. Experiments show that the acceleration of the motion is constant (equal to g = 9.80 m/sec² = 32 ft/sec² called the acceleration of gravity). Model this as an ODE for, the distance fallen as a function of time t. If the motion starts at time from rest (i.e., with velocity), show that you obtain the familiar law of free fall y = 1/2gt²

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