Does acceleration continuously increase in a free-fall motion
In a free fall motion, I think it remains constant.
Or it increases
acceleration due to gravity is g=9.8m/s
I am not specifically talking about earth or any planet it is a general question
When an object falls (free -fall) then only Force of gravity acts on it.
This is a physics question. In freefall motion the acceleration is g (9.8ms^(-2))therefore a constant.
i think 9.8 is a constant thing. is not it
Until it contacts the ground right , it would stop
So, only the acceleration due to gravity will act on it. Thus, Acceleration remains constant during the free fall...
The particle is thrown from any height it won't matter , the acceleration would be constant in a gravitational field. ?
Yes..!
Whatever the height is... IF IT IS A FREE FALL then the acceleration will remain constant! (the force of gravity is acting on it downwards)
Acceleration will increase only if the falling body is getting appreciably closer to the centre of acceleration.
I am a bit dissapointed lol, i thought it would increase and for infinite time it would break the speed of light .
Motion can come in math dominicQ
when the body will reach on ground, it will get 0 vellocity. and here is decceleration
yes.!
I take it that the question is talking about freefall from a height that is no big compared to the radius of the earth. If the particle is dropped from a height that is big compared to the radius of the earth then the magnitude of the acceleration will increase as it approaches earth.
When you will study the chapter, gravitation, you will get more of it... you're currently at Motion in a plane ..?
Yes motion in a plane , will start projectile motion
I know Newton's laws of motion
Fine. :-) More basics are covered there in Gravitation Chapter.
You have finished learning motion ?
Not completely, but yeah somewhat.
Okay.
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