An object of mass 50 kg has an initial velocity of 10 m - s- A force is applied on the object producing an acceleration of 2 - m - s - 2 l - what is the force applied on the object-A- 50 NB- 25 NC- 100 ND- None of the above

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Third Law of Motion

An object of ...

Question

An object of mass 50 kg has an initial velocity of $10 m / s$ . A force is applied on the object producing an acceleration of $2~ m/ $s^2$$ . what is the force applied on the object?

50 N

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25 N

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100 N

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None of the above

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Solution

The correct option is C 100 N
Acceleration = $2 ~m/ $s^2$$

mass is 50 kg;

Thus, net force $= 50 \times 2 = 100 N$

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An object of mass 50 kg has an initial velocity of $10 m / s$ . A force is applied on the object producing an acceleration of \(2~ m/ $s^2\)$ . what is the force applied on the object?

The correct option is C 100 N
Acceleration = \(2 ~m/ $s^2\)$

mass is 50 kg;

Thus, net force $= 50 \times 2 = 100 N$

An object of mass 50 kg has an initial velocity of 10 m/s. A force is applied on the object producing an acceleration of \(2~ m/s^2\). what is the force applied on the object?

The correct option is C 100 NAcceleration = \(2 ~m/s^2\) mass is 50 kg; Thus, net force =50×2=100N

An object of mass 50 kg has an initial velocity of $10 m / s$ . A force is applied on the object producing an acceleration of \(2~ m/ $s^2\)$ . what is the force applied on the object?

The correct option is C 100 N
Acceleration = \(2 ~m/ $s^2\)$

mass is 50 kg;

Thus, net force $= 50 \times 2 = 100 N$