› The largest of planets from the smallest of the stars are all round in the universe because of their really strong gravitational pull that affects the mass around it in equal quantities.
› But not everything in the universe is round. Some asteroids and other rocky as well as gaseous bodies are irregular shaped, for example a nebula.
› Asteroids don't have a strong gravitational field around them and may not be large as an average planet which makes them irregular shaped and nebulae being large, gaseous and only a little solid with scattered appearance, makes them totally different from each other in shapes.
Answers & Comments
Your answer,
› The largest of planets from the smallest of the stars are all round in the universe because of their really strong gravitational pull that affects the mass around it in equal quantities.
› But not everything in the universe is round. Some asteroids and other rocky as well as gaseous bodies are irregular shaped, for example a nebula.
› Asteroids don't have a strong gravitational field around them and may not be large as an average planet which makes them irregular shaped and nebulae being large, gaseous and only a little solid with scattered appearance, makes them totally different from each other in shapes.
>> Hope it'll work for you!
Answer:
Attachment has your answer
Hope it's helpful to you