No.
Yes!!!! The correct term is "spherical", which means round in all dimensions like a ball. (A hoop is round, but is not spherical) Stars and planets are not perfect spheres, but they are very close to perfect spheres.
Planets are approximately in shape, usually elongated spheres called spheroids (squashed spheres)
Yes, they are round. They must be close to being spheres to qualify as dwarf planets.
How round are we required to be? All the planets are spherical, due to gravitation. None of the planets are perfect spheres, due to rotation, tidal effects, surface irregularities, etc. If you are thinking of celestial objects other than planets, small ones under 300 kilometers in diameter (or up to 600 km depending on their composition) can be very odd shapes because they have insufficient gravity to form them into spheres.
PLANETS ARE ROUND AND START WITH P SO THE ANSWER IS PLANETS ( i think )
Yes, dwarf planets can be round. Like regular planets, dwarf planets are large enough for their own gravity to pull them into a nearly spherical shape, making them round. Examples of round dwarf planets include Pluto and Eris.
They are carried in the blood.
Usually a circle. Some might argue that some solid figures such as spheres and cylinders are also round.
spheres are the 3-d figures which have least energy so bubble tend to be round in a circle
Not all Planets are round. Some dwarf planets are not roundRound is a good shape. The force of gravity collapses matter into a spherical shape, once there is enough of it. Small bodies of normal solid matter less than a hundred miles across lack sufficient mass to pull them into a spherical shape.
because of the gravity of the other planets around them
Yes. All the stars are round and all the planets are round.