How does the redshift of distant galaxies best support the big bang theory?

Redshift in the wavelength of stars happen due to the increasing distance between the celestial objects in lieu to the expansion of the universe.

Explanation:

As per the big bang theory the universe is expanding at a very fast rate continuously. All the celestial objects be it planet or stars are moving away from each other. As the galaxies move away from each other the wavelength of the light emitted by stars/luminous bodies with in it increases thereby making the wavelength to fall towards the red part of the spectrum. This shift in wavelength is increasing as the stars/galaxies are moving away from each other.  It has been observed that the fainter the star , the more distant it is and hence more will be the redshift in the light emitted by this star.

In this way redshift of distant galaxies best support the big bang theory

the diploid number of chromosomes is sometimes represented by the symbol 2n. for the fruit fly, the diploid number is 8, which can be written as 2n = 8, where n represents twice the number of chromosomes in a sperm or egg cell.

he forelimbs below belong to four species that descended in a direct line from the ancestral mammal shown above. of the four descendants shown, which species most likely appeared earliest in evolutionary history?