Question
A group of students conduct the Atwood?s Machine experiment the same way we did with a total mass of 300 grams. Here is their data:
A group of students conduct the Atwood?s Machine experiment the same way we did with a total mass of 300 grams. Here is their data:
Which planet are they on?
a. Earth (9.81 M/s 2 )
b. Mercury (3.8 M/s 2 )
c. Mars (3.7 M/s 2 )
d. Venus (8.87 M/s 2 )
e. Neptune (8.69 M/s 2 )
f. Other
What is the uncertainty in the g value if the uncertainty in the total mass is 2 grams?
You have to use the techniques of error propagation.
Estimate the magnitude of the total constant resistive forces. Answer in mN(millinewtons). 281.5100
If the uncertainty of the total mass is 2 grams, what is the relative uncertainty of the friction? Answer as a percentage without typing eh percent sign.
Am (grams) 10 15 20 25 30 35 40 45 50 a (m/s) 0.279 0.439 0.569 0.733 0.868 1.049 1.183 1.309 1.471
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