10 kg0=37°55 N5 m**22. A string exerts a tension force of 55 N on a 10-kg block as it moves a distance of 5 m upa frictionless incline, as shown. The string pulls parallel to the incline.asmisioa)a) Find the total external work done on the block-earth system as the block moves 5 mupthe incline.b) Find the change in gravitational potential energy for the block-earth system as theblock moves 5 m up the incline.gac) Find the change in kinetic energy for the block-earth system as the block moves 5 mup the incline.

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Description: 10 kg0=37°55 N5 m**22. A string exerts a tension force of 55 N on a 10-kg block as it moves a distance of 5 m upa frictionless incline, as shown. The string pulls parallel to the incline.asmisioa)a) Find the total external work done on the block-ear

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10 kg 55 N 0=37° 5 m **22. A str. a frictionles a) Find up the in b) Find block mo c) Find up the in

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Newton's Second Law

Newton’s laws of motion describe the relationship between the motion of an object and forces acting on it. Newton’s law of motion has two types as follows:

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Question

10 kg
0=37°
55 N
5 m
**22. A string exerts a tension force of 55 N on a 10-kg block as it moves a distance of 5 m up
a frictionless incline, as shown. The string pulls parallel to the incline.
asmisioa)
a) Find the total external work done on the block-earth system as the block moves 5 m
up
the incline.
b) Find the change in gravitational potential energy for the block-earth system as the
block moves 5 m up the incline.
ga
c) Find the change in kinetic energy for the block-earth system as the block moves 5 m
up the incline.

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