Mathematics, 07.11.2019 07:31, ashley110608

The distance, in feet, a stone drops in tt seconds is given by d(t)=16t2d(t)=16t2. the depth of a hole is to be approximated by dropping a rock and listening for it to hit the bottom. assume that time measurement is accurate to 2 / 10th of a second. use a linear approximation to estimate an upper bound for the propagated error if the measured time is

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The distance, in feet, a stone drops in tt seconds is given by d(t)=16t2d(t)=16t2. the depth of a ho...