Question

How does gravity affect the life cycle of stars?

Answer 1

Hint: Stars about the size of our sun experience similar initial four phases as do some other stars. They start their lives as a nebula, at that point become a protostar, at last turning into a principle grouping star lastly a red goliath.

Complete answer:
Gravity creates stars and planets by arranging the material from which they are made. Gravity not just pulls on mass yet also on the light.
Albert Einstein found this standard. If you sparkle a spotlight upwards, the light will develop vaguely redder as gravity pulls it.
A star's life is a steady battle against the power of gravity. Gravity constantly attempts to attempt to cause the star to break down.
The star's core anyway is hot which makes the pressure inside the gas. This weight balances the power of gravity, putting the star into what is called hydrostatic harmony.
Gravity is an element of mass. It is the huge gravitational impacts that cause atomic combinations inside stars.
If you acknowledge, as you should, that gravity is the causal factor of atomic combination in all-stars then you can deduce likewise that the bigger the star, the more noteworthy the mass; the more prominent the mass, the more noteworthy the gravity; the more prominent the gravity, the quicker the pace of atomic combination.
The quicker a star "consumes" the hydrogen accessible to it, the more limited its life.

Note: Massive stars transform into supernovae, neutron stars, and dark openings while average stars like the sun, end life as a white midget encompassed by a vanishing planetary cloud. Black openings, neutron stars, and red smaller people - everything relies upon the mass. Stars die because they exhaust their atomic fuel. The occasions at the end of a star's life rely upon its mass. A star's life cycle is controlled by its mass. A star's mass is controlled by the measure of issue that is accessible in its cloud, the goliath haze of gas and residue from which it was conceived.