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Mathematics 15 Online
OpenStudy (anonymous):

Does acceleration continuously increase in a free-fall motion

mathslover (mathslover):

In a free fall motion, I think it remains constant.

OpenStudy (anonymous):

Or it increases

OpenStudy (shamim):

acceleration due to gravity is g=9.8m/s

OpenStudy (anonymous):

I am not specifically talking about earth or any planet it is a general question

mathslover (mathslover):

When an object falls (free -fall) then only Force of gravity acts on it.

OpenStudy (anonymous):

This is a physics question. In freefall motion the acceleration is g (9.8ms^(-2))therefore a constant.

OpenStudy (shamim):

i think 9.8 is a constant thing. is not it

OpenStudy (anonymous):

Until it contacts the ground right , it would stop

mathslover (mathslover):

So, only the acceleration due to gravity will act on it. Thus, Acceleration remains constant during the free fall...

OpenStudy (anonymous):

The particle is thrown from any height it won't matter , the acceleration would be constant in a gravitational field. ?

mathslover (mathslover):

Yes..!

mathslover (mathslover):

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)

OpenStudy (unklerhaukus):

Acceleration will increase only if the falling body is getting appreciably closer to the centre of acceleration.

OpenStudy (anonymous):

I am a bit dissapointed lol, i thought it would increase and for infinite time it would break the speed of light .

OpenStudy (anonymous):

Motion can come in math dominicQ

OpenStudy (shamim):

when the body will reach on ground, it will get 0 vellocity. and here is decceleration

OpenStudy (anonymous):

yes.!

OpenStudy (anonymous):

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.

mathslover (mathslover):

When you will study the chapter, gravitation, you will get more of it... you're currently at Motion in a plane ..?

OpenStudy (anonymous):

Yes motion in a plane , will start projectile motion

OpenStudy (anonymous):

I know Newton's laws of motion

mathslover (mathslover):

Fine. :-) More basics are covered there in Gravitation Chapter.

OpenStudy (anonymous):

You have finished learning motion ?

mathslover (mathslover):

Not completely, but yeah somewhat.

OpenStudy (anonymous):

Okay.

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