Question

if you are in space ( firtcionless) and you throw an object that is less massive then you which would move away faster, you or the object ? what if the object that is more massive then you ? what if the object is the same mass as you?

Answer 1

When you are in space, if you throw an object that is less massive than you, the object will move away faster. The same applies if the object is more massive than you. However, if the object is the same mass as you, both you and the object will move away at the same speed.

Step-by-step explanation:

When you are in space and throw an object that is less massive than you, the object will move away faster. This is because in the absence of friction, the force required to move an object is directly proportional to its mass according to Newton’s second law of motion. So, if you have less mass than the object, you will experience less inertia and thus be able to throw the object with greater velocity.

If the object is more massive than you, it will still move away faster when thrown in space. However, it might move slower compared to when you throw an object that is less massive than you. This is because the more massive object will have greater inertia, requiring more force to accelerate it to the same velocity compared to the less massive object.

If the object is the same mass as you, both you and the object will move away from each other with the same speed. This is because the force required to move you and the object will be equal since you both have the same mass.