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An assignment for the physics 101 course during spring 2012. The assignment consists of four questions, each with varying marks. The first question asks for the value of the arc length in a figure with a given radius. The second question involves calculating the angular displacement of the minute hand in a clock after a certain time. The third question requires an opinion on the statement that wave speed in a string is directly proportional to frequency. The last question asks to find the change in a satellite's angular momentum given a torque and time. Students are instructed to have a good understanding of the first 16 lectures and follow specific instructions for submission.
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Due Date: 03/05/
DON’T MISS THESE Important instructions:
Question # 1 What is the value of arc length in the shown figure below? Marks 3
Radius = 0.35m
Question # 2
In the fig shown below, at 12:10, the initial angular position of the minute hand is 60˚. After 15 minutes have passed, what is the minute hand’s angular displacement? Marks 5
Question # 3 Give your opinion on the following statement, “Wave speed in a string is a function of frequency, so if anyone increases the wave frequency, the wave speed will increase, too.” If yes give an example, if no explain it. Marks = 6 Question # 4
Suppose that a rocket provides 58 N·m of torque for 3.0 s. What is the amount of change in the Satellite’s angular momentum? Marks = 6
>>>>>>>>>>>>>>>>>>>>>>>>>Good Luck>>>>>>>>>>>>>>>>>>>>>>>>>>>>