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A body of mass 80 g is moving with a constant velocity of 4 cm per second on a horizontal friction less table the force on the body in (dyne s) is?
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A body of mass 80 g is moving with a constant velocity of 4 cm per sec...



Calculation of Force on the Body
1. Given:
- Mass of the body (m) = 80 g = 0.08 kg
- Velocity of the body (v) = 4 cm/s = 0.04 m/s
2. Formula:
- Force (F) = mass × acceleration
- Since the body is moving with a constant velocity, acceleration is 0.
3. Calculation:
- Force (F) = 0.08 kg × 0 = 0 N
4. Conclusion:
- The force on the body is 0 N.
5. Explanation:
- When an object is moving with a constant velocity on a frictionless surface, the net force acting on the object is zero according to Newton's first law of motion. In this case, since the body is moving with a constant velocity, there is no acceleration and therefore no net force acting on the body.

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A body of mass 80 g is moving with a constant velocity of 4 cm per second on a horizontal friction less table the force on the body in (dyne s) is?
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