Bbhjjjhfffgggtffffrttyyhhhhhhhh
Answer:
i dont know
Explanation:
i dont know since you didn't provide something to base off of
The horizontal velocity was constant, so:



it traveled 90meters
Answer:
the answer is for the question is B
The gravitational acceleration of a planet is proportional to the planet's mass, and inversely proportional to square of the planet's radius.
So when you stand on the surface of this particular planet, you feel a force of gravity that is
(1/2) / (3²)
of the force that you feel on the surface of the Earth.
That's <em>(1/18)</em> as much as on Earth.
The acceleration of gravity there would be about <em>0.545 m/s²</em>.
This is about 12% less than the gravity on Pluto.