When a body is stationary

there is no force acting on it

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the forces acting on it are not in contact with it

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the combination of forces acting on it balance each other

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None of the above

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Solution

The correct option is C the combination of forces acting on it balance each other
Consider a stationary block on a table. Gravity force (weight $W = m g$ ) acts downwards and normal reaction force from table acts upwards.

Hence, the combination of forces acting on it balance each other.

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Similar questions

Q. Choose the correct statement(s):
Statement 1: Unbalanced forces can change the direction of motion of a body.
Statement 2: A balanced force is required to accelerate the body.
Statement 3: An object moves with a uniform velocity when balanced forces are acting on it or if there is no net force acting on it.
Statement 4: Balanced force cannot bring an object at rest to motion.

Q. Consider the following statements
I) When a body is travelling with uniform speed, no force is acting on it.
II) When a body is travelling with constant velocity, no force is acting on it.
Which of the above statements is/are true?

It is stated that every action has a equal and and opoosite direction so if a body is at rest and there there is no net externel force acting on it so there are any other force acting on the body like frictional is the force acts when only a body is in motion

Q. If a car is stationary on a road, then there must be no force acting on it.

Q. A car is stationary on a road, it does not mean that no force is acting on it.

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When a body is stationary

The correct option is C the combination of forces acting on it balance each otherConsider a stationary block on a table. Gravity force (weight W=mg) acts downwards and normal reaction force from table acts upwards. Hence, the combination of forces acting on it balance each other.

The correct option is C the combination of forces acting on it balance each other
Consider a stationary block on a table. Gravity force (weight $W = m g$ ) acts downwards and normal reaction force from table acts upwards.

Hence, the combination of forces acting on it balance each other.