Consider the information in the image below. Write the net force equation the axis perpendicular to the plane . Then solve for the normal force in terms of the weight of the box, mgand the angle of inclination, such as mg cos(?) Make it clear on your diagram how the angle is used in finding force components
Consider the information in the image below. Write the net force equation the axis perpendicular to the plane . Then solve for the normal force in terms of the weight of the box, mgand the angle of inclination, such as mg cos(?) Make it clear on your diagram how the angle is used in finding force components
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Consider the information in the image below. Write the net force equation the axis perpendicular to the plane . Then solve for the normal force in terms of the weight of the box, mgand the angle of inclination, such as mg cos(?) Make it clear on your diagram how the angle is used in finding force components
Transcribed Image Text:OBJECT MASS:OS.66
Gravity
along the
Ramp (N)
Trial
Ramp's Normal
Force (N)
Static
Kinetic
Force Stale Slope
(W)
Friction
Friction
Force (N) Force (N)
1
0.IN
20°
3,74N
3.48N
3.37N
3.33N
2.9IN
1.36N
:26N
2 08N
290
0.9IN
3 1ON
32°
2UN
1.52N
4
1,2N
330
2.17N
5
LGN
43°
2.7IN
2.18N
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