A4.0-kg object is moving with speed 2.0 m/s. a 1.0-kg object is moving with speed 4.0 m/s. both objects encounter the same constant braking force, and are brought to rest. which object travels the greater distance before stopping? a 4.0-kg object is moving with speed 2.0 m/s. a 1.0-kg object is moving with speed 4.0 m/s. both objects encounter the same constant braking force, and are brought to rest. which object travels the greater distance before stopping? the 1.0-kg object the 4.0-kg object both objects travel the same distance. it is impossible to know without knowing how long each force acts.

Since are same, therefore both the objects covers the same distance.

Given :

Mass of both the object --

Initial velocity of both the object --

Final velocity of both the object --

Solution :

We know that,

F = ma

    ---- (1)

We know that,

 --- (2)

Where,

final velocity - v,

initial velocity - u,

a is acceleration,

and s is displacement.

For object 1, from equation (1) and (2),

For object 2, from equation (1) and (2),

Since are same, therefore both the objects covers the same distance.

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the moon affects the earth gravitation ally, causing certain motions of that body and also producing tides in its ocean and atmosphere. the tidal wave in our atmosphere is, however, far too minute to be an effective cause in any known meteorological phenomenon.

explanation:

a skateboard rolling across the street - apex