From a physics perspective:

* It requires the same force to accelerate an object at a given rate, regardless of its initial velocity. This is due to Newton's Second Law: Force = Mass x Acceleration (F = ma). The force needed to accelerate an object depends on its mass and the desired acceleration, not its initial velocity.

From a practical perspective:

* It might feel harder to accelerate a moving object because of factors like:

* Friction: Moving objects encounter friction, which opposes their motion. This means you need to overcome the existing friction to accelerate them further.

* Air resistance: Objects moving through air encounter air resistance, which increases with speed. This means the faster an object is moving, the more force is required to accelerate it.

* Momentum: A moving object has momentum, which is a measure of its mass in motion. To change its momentum (either by speeding it up or slowing it down), you need to apply a force over a period of time.

Example:

Imagine pushing a car. It's harder to push a moving car than a stationary one because of the friction and air resistance it encounters.

Conclusion:

While the physics says the force required to accelerate an object is independent of its initial velocity, in practice, it can feel harder to accelerate a moving object due to factors like friction and air resistance.