Identify the time at which the counterweight will reach its highest height. A group of students set up the Atwood machine shown in the figure above, which consists of alight string passing over a pulley whose mass and friction are negligible. A counterweight ofconstant mass is connected to the right end of the string. A bucket full of water is connected to theleft end of the string. The counterweight has a mass less than that of the full bucket, but greaterthan that of the empty bucket. At time tO seconds, the system is released from rest with thebucket full. At the same time, water begins to flow out of the bucket through a hole on the sidenear the bottom.

Equation of motion for the counter weight object,, Here T is tension which is acting in the…

Answered: A group of students set up the Atwood…

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