Answer:
A typical Human Cells=[tex]3.1428*10^9[/tex] residues.
T typical Human Cells=[tex]3.1428*10^9[/tex] residues.
G typical Human cells=[tex]2.6772*10^{9}[/tex] residues.
C typical Human cells=[tex]2.6772*10^{9}[/tex] residues.
Explanation:
Given:
Number of human genome in pairs=2.91*10^9 base pair
Number of Human genome single bases=[tex]2*2.91*10^{9} =5.82*10^{9}[/tex] bases
We know that human genome are diploid, Total Human genomes will bases will be [tex]2* 5.82*10^{9}=1.164*10^{10}[/tex] bases
Since A is 27%:
A typical Human cells=[tex]0.27*1.164*10^{10}[/tex]
A typical Human Cells=[tex]3.1428*10^9[/tex] residues.
The Number of T and A residues are same in human genome. So,
T typical Human cells=[tex]3.1428*10^9[/tex] residues.
Since A and T combined form 54% of human genome then G and C form 46% combined and 23% each.
G typical Human cells=[tex]0.23*1.164*10^{10}[/tex]
G typical Human cells=[tex]2.6772*10^{9}[/tex] residues.
The Number of G and C residues are same in human genome. So,
C typical Human cells=[tex]2.6772*10^{9}[/tex] residues.
