In Pisum sativum there are 14 chromosomes. How many pairs with different chromosomal composition can be prepared?

Question

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Answer 1

An organism can make 2 $^{n}$ different combinations of chromosomal compositions where “n” refers to number of homologous pairs; chromosomes are present in pairs and a diploid organism carries two complete sets of homologous chromosomes. Thus, 2n = 14 makes total 7 pairs of homologous chromosomes which can form 2 $^{7}$ different combinations
So, the correct answer is '2 $^{7}$ '

Answer 2

An organism can make 2

^{n}

different combinations of chromosomal compositions where “n” refers to number of homologous pairs; chromosomes are present in pairs and a diploid organism carries two complete sets of homologous chromosomes. Thus, 2n = 14 makes total 7 pairs of homologous chromosomes which can form 2

^{7}

different combinations

So, the correct answer is '2

^{7}

'

In Pisum sativum there are 14 chromosomes. How many pairs with different chromosomal composition can be prepared?

$2^{14}$

$2^{7}$

7

14

If 3 $^{n}$ is the theoretically possible number of different genotypes (when n = the number of chromosome pairs with each carrying one pair of heterozygous alleles), the different genotypes produced by pea plant is

Character chosen by Mendel were located on how many chromosomes?

In Pisum sativum, there are 14 chromosomes. How many types of homologous pairs can be prepared?

Mendel's experimental plant; was Pisum sativum, but he also worked and failed to find similar result on

The genes controlling the seven pea characters studied by Mendel are now known to be located on how many different chromosomes?

In Pisum sativum there are 14 chromosomes. How many pairs with different chromosomal composition can be prepared?

214

27

7

14

If 3n is the theoretically possible number of different genotypes (when n = the number of chromosome pairs with each carrying one pair of heterozygous alleles), the different genotypes produced by pea plant is

Character chosen by Mendel were located on how many chromosomes?

In Pisum sativum, there are 14 chromosomes. How many types of homologous pairs can be prepared?

Mendel's experimental plant; was Pisum sativum, but he also worked and failed to find similar result on

The genes controlling the seven pea characters studied by Mendel are now known to be located on how many different chromosomes?

$2^{14}$

$2^{7}$

If 3 $^{n}$ is the theoretically possible number of different genotypes (when n = the number of chromosome pairs with each carrying one pair of heterozygous alleles), the different genotypes produced by pea plant is