4. Which statement describes the general relationship between the temperature and the luminosity of
main sequence stars?
a. As temperature decreased, luminosity increases.
b. As temperature decreases, luminosity remains the same
c. As temperature increases, luminosity increases
d. As temperature increases, luminosity remains the same
Hwlp

the radius of the star and its temperature. It should be noted that a direct relationship exists between the temperature and the luminosity of the main sequence stars.

This simply means that when there is a rise in temperature, there is also a rise in the luminosity of the star. Likewise, when there is a reduction in the temperature, the luminosity also decreases.

sahilnagarbiology sahilnagarbiology · Answer 2 · 2021-12-07T11:24:21+01:00

The statement which describes the general relationship between the temperature and the luminosity of main sequence stars is :

Option C

As temperature increases, luminosity increases

A star's radiance commonly relies upon

The span of the star and its temperature. It ought to be noticed that an immediate relationship exists between the temperature and the radiance of the primary succession stars.

This basically implies that when there is an ascent in temperature, there is likewise an ascent in the glow of the star. Moreover, when there is a decrease in the temperature, the radiance likewise diminishes.

luminosity is corresponding to temperature to the fourth power, the huge variety in heavenly temperatures delivers a much vaster variety in heavenly radiance.

The radiance relies upon a high force of the heavenly mass, high mass brilliant stars have a lot more limited lifetimes.

For more information refer the following link:

https://brainly.com/question/14140223