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Spring The pulling force acting on an object is 350.0 N. It also is being affected by a 50.0 N kinetic friction force. As a result, its acceleration is 3.0 m/s?, what is its mass? A. 67 kg B. 83 kg C.
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34 votes
34 votes
Spring

The pulling force acting on an object is 350.0 N. It also is being affected by a 50.0 N
kinetic friction force. As a result, its acceleration is 3.0 m/s?, what is its mass?
A. 67 kg
B. 83 kg
C. 100 kg
D. 600 kg
E. 0.0 kg
If the gravitational force of the Farth nulling you"down" in th

User Panini
by
3.0k points

1 Answer

19 votes
19 votes

Answer:

100 kg

Step-by-step explanation:

Net force = 350 - 50 = 300 N

F= ma

300 N = m * 3 m/s^2

100 kg = mass

User Bert Deterd
by
3.3k points
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