If the force acting on a body is 50 N, and the mass is 5 kg, what can be the acceleration of the body?(a) 10 m/s^2(b) 80 m/s^2(c) 8 m/s^2(d) 0.8 m/s^2The question was posed to me in homework.I need to ask this question from Newton’s Second Law of Motion in section Laws of Motion of Physics – Class 11

If the force acting on a body is 50 N, and the mass is 5 kg, what can

1.	If the force acting on a body is 50 N, and the mass is 5 kg, what can be the acceleration of the body?(a) 10 m/s^2(b) 80 m/s^2(c) 8 m/s^2(d) 0.8 m/s^2The question was posed to me in homework.I need to ask this question from Newton’s Second Law of Motion in section Laws of Motion of Physics – Class 11
Answer» Correct OPTION is (a) 10 m/s^2 The best explanation: From the second LAW of motion we get that F = ma, when the MASS is not changing. Putting in the values, we get, FORCE = 10 = 5 X a. Which will result in a = 10 m/s^2.

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