The distance between two consecutive DNA $b p$ is $0.34 nm$
The length of a chromosome is $1 mm = 1 0^{6} nm$
$∴$ The number of bases in $1 mm$
chromosome $= \frac{1 0 ^{6} nm}{0.34 b p nm}$
$= 2, 941, 176.47$
$= 3$ million base pairs

Question

The distance between two consecutive DNA

b p

is

0.34 nm

The length of a chromosome is

1 mm = 1 0^{6} nm

∴

The number of bases in

1 mm

chromosome

= \frac{1 0 ^{6} nm}{0.34 b p nm}

= 2, 941, 176.47

= 3

million base pairs

Tardigrade Admin · Accepted Answer

The distance between two consecutive DNA bp is 0.34 nm The length of a chromosome is 1 mm = 106 nm ∴ The number of bases in 1 mm chromosome =(106nm/0.34 bp nm) =2,941,176.47 =3 million base pairs

Q. The distance between two consecutive DNA base pairs is $0.34 nm .$ If the length of a chromosome is $1 mm$ , the number of base pairs in the chromosome is approximately

3 million

30 million

1.5 million

6 million

The distance between two consecutive DNA $b p$ is $0.34 nm$
The length of a chromosome is $1 mm = 1 0^{6} nm$
$∴$ The number of bases in $1 mm$
chromosome $= \frac{1 0 ^{6} nm}{0.34 b p nm}$
$= 2, 941, 176.47$
$= 3$ million base pairs

Q. The distance between two consecutive DNA base pairs is 0.34nm. If the length of a chromosome is 1mm, the number of base pairs in the chromosome is approximately

3 million

30 million

1.5 million

6 million

The distance between two consecutive DNA bp is 0.34nm The length of a chromosome is 1mm=106nm ∴ The number of bases in 1mm chromosome =0.34bpnm106nm​ =2,941,176.47 =3 million base pairs

Q. The distance between two consecutive DNA base pairs is $0.34 nm .$ If the length of a chromosome is $1 mm$ , the number of base pairs in the chromosome is approximately

The distance between two consecutive DNA $b p$ is $0.34 nm$
The length of a chromosome is $1 mm = 1 0^{6} nm$
$∴$ The number of bases in $1 mm$
chromosome $= \frac{1 0 ^{6} nm}{0.34 b p nm}$
$= 2, 941, 176.47$
$= 3$ million base pairs