The defining characteristic of a star is that it is large enough, hot enough, and has enough pressure, to sustain nuclear fusion. In general, stars are typically larger, more massive, hotter, and have greater pressure in their cores, than planets. As a result of their nuclear fusion, their surface temperature is typically at least a few thousand kelvin, and they are quite bright.
Two stars orbiting each other are "binary stars" ...a group of stars near each other, may be formally or informally known as a "cluster".
Two stars that are gravitationally bound to each other are sometimes called "binary stars".
If you mean respiration, they are reverse processes of each other (sort of).
no because stars can orbit each other
There are lots of binary stars. Doing a search on "binary stars" should get you several. It seems that binary (or multiple) stars are about as common as single stars; at least, they are in the same order of magnitude.
they are alike because they are both made out of gases
no these are complementary to each other not alike.
Where are the stars in a constellation located relative to each other
repel against each other
Yes.
Triangles are alike or similar to each other when their sides are proportionate and have the same angles.
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.
They will be exactly alike to each other.
Binary stars.
Two stars orbiting each other are "binary stars" ...a group of stars near each other, may be formally or informally known as a "cluster".
there not, stupid they love each other though
magnet wise: they will repel