Answer:
The object will float better.
Explanation:
If you have basic knowledge on how it works, this question is relatively easy. Let's start by reviewing something. We already know that this object (let's assume it's a spaceship of sorts) is in orbit, meaning there is already a certain amount of gravity from Earth tugging on it. We also know that space has an effect on how this moves, so the two forces "balance" each other, allowing the object to stay at orbit rather than just drifting off. Now let's see the answers to see which makes more sense.
A. The object will stop moving.
The object can't stop moving. With gravity increasing, it would be impossible for that to happen.
B. The object will fly off into space.
This could only happen if the gravity were to decrease by a decent amount.
C. The object will smash into another object.
There is no other object mentioned in the question.
D. The object will float better.
This seems most likely as gravity would be pulling on the object a bit more, but probably not enough to bring it back to the ground. It might drop a bit lower into the exosphere.
I hope I was right and I hope this helps!
