Object being dropped at different height

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SUMMARY

When an object is dropped from different heights, such as 10 meters and 5 meters, it will reach the same speed at the same time if we assume no friction. The acceleration due to gravity is constant at -9.81 m/s² for both objects, and since both start from rest (initial velocity of 0 m/s), they will have the same velocity after the same time interval. This conclusion is based on the equations of motion: v = a*t, where 'a' is acceleration and 't' is time.

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diego1404
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When an object is being dropped at different height assuming no friction will it have the same
speed at the same time?

Lets say an object was dropped at 10m and 5m

at 3seconds would the speed be the same?

a=v/t
v=a*t

using the formula i would assume they would have the same velocity at the same time even in different heights.
is this correct?
 
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i think you are correct because there is no friction so yes. if there was friction no.
 
Yes, because the initial velocity of both would be 0 m/s and gravity would at equally on them both at -9.81 m/s^2 so at the same time they would have the same speed.
 

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