All planets are 'round' because of gravity. With the formation of the Solar System, gravity gathered gas and dust into clumps which became larger and eventually planets. The collision of these pieces caused planets to become hot and molten and gravity pulled the molten material towards the planet's centre in the shape of a sphere. The planets cooled and remained spherical
Mercury is roughly spherical in shape, like most other planets. Its shape is determined by its gravity, which pulls the planet's material into a compact, rounded form.
Jupiter is spherical but its core is the only substance that is a solid
Every planet has a center of gravity, anda sphere is the mostgravitationally stable shape for a planet to have.
It is true only for s-orbital which is spherical in shape. p-, f- and d- orbitals are not spherical in shape.
A dwarf planet is spherical in shape and orbits the sun without clearing its orbit of smaller debris. Examples of dwarf planets are Pluto and Eris.
Only planet to support life (known life that is) only planet with liquid water isn't a precise spherical shape
Mercury is roughly spherical in shape, like most other planets. Its shape is determined by its gravity, which pulls the planet's material into a compact, rounded form.
The inner planets have a spherical shape. In fact all planets are more or less spherical.
Earth's shape is oblate spheroid.
Jupiter is spherical but its core is the only substance that is a solid
Every planet has a center of gravity, anda sphere is the mostgravitationally stable shape for a planet to have.
A dwarf planet is a celestial body that orbits the sun and is spherical in shape, but has not cleared its orbit of other debris. A planet, on the other hand, is also a celestial body that orbits the sun and is spherical in shape, but has cleared its orbit of other debris.
Nearly spherical, with some polar flattening for the large gas giants which spin quickly.
The planet Jupiter is a spherical shape
The planet Jupiter is roughly spherical in shape and has no legs.
One of the criteria to be a planet or even a dwarf planet is that the object has enough mass to gravitationally contract itself into a sphere. When the gravitation is high enough it overcome the rigidity of rock to hold a non-spherical shape. This is only a matter of degree of course as there are plenty of mountains on all planets that defy the general definition.
It is true only for s-orbital which is spherical in shape. p-, f- and d- orbitals are not spherical in shape.