How does the composition of distant stars support the big bang theory?(1 point)

Question

Responses

Distant stars are composed mainly of nitrogen and oxygen, providing evidence that matter in the universe was once in one tiny dense spot.
Distant stars are composed mainly of nitrogen and oxygen, providing evidence that matter in the universe was once in one tiny dense spot.

Distant stars are composed mainly of hydrogen and helium, providing evidence that matter in the universe was once a low-density mass of air.
Distant stars are composed mainly of hydrogen and helium, providing evidence that matter in the universe was once a low-density mass of air.

Distant stars are composed mainly of hydrogen and helium, providing evidence that matter in the universe was once in one tiny dense spot.
Distant stars are composed mainly of hydrogen and helium, providing evidence that matter in the universe was once in one tiny dense spot.

Distant stars are composed mainly of nitrogen and oxygen, providing evidence that matter in the universe was once a low-density mass of air.

Answer 1

The correct response is:

Distant stars are composed mainly of hydrogen and helium, providing evidence that matter in the universe was once in one tiny dense spot.

This composition supports the Big Bang theory because it aligns with predictions about the early universe, which was primarily composed of hydrogen and helium due to nucleosynthesis processes that occurred shortly after the Big Bang.