Asked by Judy
Equivalent forces derivation problem.
EXAMPLE:
Derive the formula for F3 in terms of the experimentally measured quantities m1, m2, 1, and 2.
[Answer: F3=m1gcos1+m2gcos2.]
Make sure you understand how this formula was derived.
QUESTION:
If the mass of both weights is 150 gm, the first mass is located 20 degrees north of east, the second mass is located 20 degrees south of east, and the transducer sensitivity is 0.5 volts/Newton, how large a voltage do you expect to measure? Assume the transducer has been properly zeroed so that V = 0 when F3=0.
The answer should be in volts.
Thank you!
EXAMPLE:
Derive the formula for F3 in terms of the experimentally measured quantities m1, m2, 1, and 2.
[Answer: F3=m1gcos1+m2gcos2.]
Make sure you understand how this formula was derived.
QUESTION:
If the mass of both weights is 150 gm, the first mass is located 20 degrees north of east, the second mass is located 20 degrees south of east, and the transducer sensitivity is 0.5 volts/Newton, how large a voltage do you expect to measure? Assume the transducer has been properly zeroed so that V = 0 when F3=0.
The answer should be in volts.
Thank you!
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