A student explains the formation of the planetary system as follows.

"The birth of the planetary system begins with a rotating cloud called nebula which contains hot gases. When these gases cool, the nebula expands and becomes a flattened disk. Gravitational force causes rings of gases to be left behind when the nebula expands. At the center of the nebula, the gases combine to form the sun and the planets form in the outer flattened portion of the disk.

What is the flaw in the students explanation?

A. The nebula contracts and shrinks instead of expanding

B. The gases in the nebula get heat

Question

Darius Juarez

Biology

7 August, 04:29

A student explains the formation of the planetary system as follows.

"The birth of the planetary system begins with a rotating cloud called nebula which contains hot gases. When these gases cool, the nebula expands and becomes a flattened disk. Gravitational force causes rings of gases to be left behind when the nebula expands. At the center of the nebula, the gases combine to form the sun and the planets form in the outer flattened portion of the disk.

What is the flaw in the students explanation?

A. The nebula contracts and shrinks instead of expanding

B. The gases in the nebula get heat

+1

Answers (1)

Know the Answer?

Josephine Humphrey · Answer 1

A. The nebula contracts and shrinks instead of expanding

Nebula is the cloud of interstellar dust and gas that forms a star. It is collborately shaped during colliding and collapsing of the interstellar mediums this is influenced by the gravitational attraction of the atoms and particles in the entites. Hence, there are three types of nebular namely, are classical nebula, diffuse nebula, planetary nebular and supernova remnants.