Stars maintain their spherical shape due to the balance between internal pressure pushing outward from nuclear fusion reactions in the core and gravity pulling inward. This equilibrium creates a stable equilibrium that keeps the star from collapsing under its own gravity and helps to maintain its rounded form.
All planets and stars are approximately spherical in shape, a shape formed under their own gravity. Most are `oblate` spheroids though, squashed spheres, since their rotation can cause them to `bulge` out at the equator if it is sufficient enough.
An s orbital is spherical in shape, with a high probability of finding the electron closer to the nucleus.
The spherical shape of the crystal caught the light beautifully.
The moon is spherical.
Stars are generally spherical due to the force of gravity pulling the matter towards the center, creating a balanced shape. However, some stars can have irregular shapes due to factors like rotation, magnetic fields, or interactions with nearby stars. Overall, most stars appear as near perfect spheres.
Spherical
Stars are distant suns, which are roughly spherical in shape.
All stars are approximately spherical.
They are not star-shaped. Stars are actually spherical due to gravity.
Stars are spherical just like our Sun
Since all of the planets, and moons, and stars seem to have a spherical shape, it is possible that the universe may be a sphere.
They are not spherical
Spherical
All planets and stars are approximately spherical in shape, a shape formed under their own gravity. Most are `oblate` spheroids though, squashed spheres, since their rotation can cause them to `bulge` out at the equator if it is sufficient enough.
Stars are spherical in shape. They are balls of hot gas. If a star is spinning fast enough, it will bulge a bit around the middle, but it will still be pretty close to a sphere.
circular spherical shape
It is true only for s-orbital which is spherical in shape. p-, f- and d- orbitals are not spherical in shape.