Question

A lunar vehicle is tested on Earth at a speed of 10 km/h. When it travels this fast on the moon, how does its momentum compare to the momentum on Earth?

Answer 1

Answer:

equal or same

Explanation:

Momentum is given by

$p=mv$

where

m = Mass of object

v = Velocity of object

Here, the velocity is 10 km/h

Mass of an object is constant throughout the universe.

The mass of the vehicle has the same value on the Moon as it is does on Earth.

Both of the values remain same on the Moon.

So, the momentum of the lunar vehicle on Earth and momentum on Moon is equal.

Answer 2

The momentum on earth would be equivalent to the momentum on moon.

According to the question,

• Speed = 10 km/h

As we know,

→ $Momentum = Mass\times Speed$

or,

→                 $p = mv$

All across existence, the overall mass of a thing remains constant. This same vehicle's mass will have a similar or the equivalent value somewhat on the moon even though it has on the Earth.

Thus the above response is right.

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