Gravitationally may refer to the type of force exerted on a body of mass, this force the force of gravity. For instance if I were to say that orange (I will say orange to avoid parading all over Newtons work) was gravitationally pulled to the ground I would be saying the force of gravity that the earth exerts on the orange pulled it to the ground.
If you mean gravitationally, yes - any energy has an associated mass.
No. The stars will influence each other gravitationally, and eventually change their orbits.No. The stars will influence each other gravitationally, and eventually change their orbits.No. The stars will influence each other gravitationally, and eventually change their orbits.No. The stars will influence each other gravitationally, and eventually change their orbits.
I am not quite sure what you mean by "independent". It is gravitationally bound to our galaxy (the Milky Way); that is, it rotates around the center of the Milky Way.
Slow and gravitationally restricted.
By its effect (gravitationally) on nearby stars.
the gravitationally tied Neptune obits to form it Neptune
blackhole
If the nebula is gravitationally unstable, it collapsing & forming stars!
A binary star.
Do you mean the states of matter? Solid, liquid and gas are the three (usual) states of matter (around here). Otherwise, matter is matter because it resists acceleration, it is attracted gravitationally, and (?) it occupies space.
A binary star.
The sun transfers energy to earth gravitationally and electrically. Energy Gravitationally = - GmeMs/r, Electric Power is transferred by Solar flux S= 4/3 Kwatts/m^2. This produces around 88E21 Joules per day.