SOLUTION: At a uniform rate of 4 drops per section, water is dripping from a faucet. Assuming acceleration of each drop to be 9.81 m/s² and no air resistance, find the distance between two

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Question 1159453: At a uniform rate of 4 drops per section, water is dripping from a faucet. Assuming acceleration of each drop to be 9.81 m/s² and no air resistance, find the distance between two successive drops in mm if the upper drop has been in motion for 3/8 seconds.
Answer by ikleyn(52817)   (Show Source): You can put this solution on YOUR website!
.

The time interval between any two successive drops is  of a second.


When the upper drop is    seconds in motion,  the lover drop is   =  seconds in motion.


Now use the formula  h =   for the distance of the free falling body and find the distance between the drops as


    distance between =  - .


Complete your calculations on your own.


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