If we are talking about something in the Earth's atmosphere then No, the object will reach a thermal velocity after which the velocity remains constant.
If we are talking about something falling where there is no atmosphere but still an attractive gravitational mass then yes.
An object in free fall is accelerating, so the forces on it must be unbalanced.
Assuming the object is in free fall the only thing that can keep the object from accelerating in the opposing force of kinetic friction upward by air (known as air resistance).
terminal velocity, or free fall, as the air drag cancels gravity force and stops aacceleration
"Free fall" means that the only force on the object is the force of gravity. In that situation, the object is accelerating in response to the force, so it's going faster. Its speed is growing at a rate called the 'acceleration of gravity' at the place where it's located.
The object in free fall is actually accelerating toward the earth, this acceleration is caused by gravity. So, yes gravity will be acting on a falling object and any object near the earth. It might help you to think of the same object on the other side of the earth falling up to remind you that it is the earth pulling on everything around it toward the centre. The phrase "free fall" is really misleading imoh.
Instead work on object, work is being done by the object during its free falling
Such an object is said to be in "free fall".
If we neglect the effect of air resistance, an object is accelerating toward the ground at 9.8 m/s^2. When you determine an object's weight, you multiply its mass by this number. My point is that weight is the downward force on an object.
An object is in free fall when only gravity and air resistance (drag) are acting on it. In space, free fall excludes drag.
An object in free fall is one that has only the force of gravity acting upon it.
An object is said to be in free fall if the only force that acts on it is gravity.
A falling object.