Given: 240 ; weight - 60 g 100 ; weight - 50g 10 ; weight - 100g a. Find the magnitude of the equilibrant force. CHOICES: 0.5423 N 0.6033 N 0.7612 N 0.8366 N b. Find the angle of the resultant force relative to the +x-axis. CHOICES: 9.13 deg 10.46 deg 13.76 deg 15.98 deg c. Let us say, while reading the angle position of the equilibrant force, the force table was moved and the angle changed by +1 degree. The careless experimenter continued the measurement without checking the ring's position. What is the change in the angle? CHOICES: 1.61 deg 2.46 deg 3.54 deg 4.98 deg
Given: 240 ; weight - 60 g 100 ; weight - 50g 10 ; weight - 100g a. Find the magnitude of the equilibrant force. CHOICES: 0.5423 N 0.6033 N 0.7612 N 0.8366 N b. Find the angle of the resultant force relative to the +x-axis. CHOICES: 9.13 deg 10.46 deg 13.76 deg 15.98 deg c. Let us say, while reading the angle position of the equilibrant force, the force table was moved and the angle changed by +1 degree. The careless experimenter continued the measurement without checking the ring's position. What is the change in the angle? CHOICES: 1.61 deg 2.46 deg 3.54 deg 4.98 deg
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Question
Given:
240 ; weight - 60 g
100 ; weight - 50g
10 ; weight - 100g
a. Find the magnitude of the equilibrant force.
CHOICES:
0.5423 N
0.6033 N
0.7612 N
0.8366 N
b. Find the angle of the resultant force relative to the +x-axis.
CHOICES:
9.13 deg
10.46 deg
13.76 deg
15.98 deg
c. Let us say, while reading the angle position of the equilibrant force, the force table was moved and the angle changed by +1 degree. The careless experimenter continued the measurement without checking the ring's position. What is the change in the angle?
CHOICES:
1.61 deg
2.46 deg
3.54 deg
4.98 deg
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