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

icon
Related questions
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
DPASICO
100 g
50 g 20 g 10 g 5g2g1g0.5g
Give emphasis to these weights:
Transcribed Image Text:DPASICO 100 g 50 g 20 g 10 g 5g2g1g0.5g Give emphasis to these weights:
290 300 310 320
091
000
PASC•
.Cre enti fie
CAUTION
200 GRAMS
MAXIMUM ON
CAUTION
MASS HANGER
200 GRAMS
MAXIMUM ON
MASS HANGERS
70
320
20
340
300 310 320
Model ME-9 147
FORCE TA BLE
30
330 340
20
10
350
08
40 50 60
300
Transcribed Image Text:290 300 310 320 091 000 PASC• .Cre enti fie CAUTION 200 GRAMS MAXIMUM ON CAUTION MASS HANGER 200 GRAMS MAXIMUM ON MASS HANGERS 70 320 20 340 300 310 320 Model ME-9 147 FORCE TA BLE 30 330 340 20 10 350 08 40 50 60 300
Expert Solution
steps

Step by step

Solved in 6 steps with 1 images

Blurred answer