Question: A mass m = 2 kilograms is attached to the end of a rope of length r = 3 meters. The mass is whirled around
A mass m = 2 kilograms is attached to the end of a rope of length r = 3 meters. The mass is whirled around at high speed. The rope can withstand a maximum tension of T = 60 Newtons. Write a program that accepts a rotation speed v and determines whether such a speed will cause the rope to break. Hint: T = mv2/r.
Please include the Python program with their test case. For each test case, including the input(s) and running results.
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