in 2 pairs
4 because the parent cell has four chromosomes arranged in 2 pairs. Each offspring has 4 chromosomes, one pair from each parent.
46 chromosomes arranged into 23 pairs at replication.
A horse has 64 chromosomes arranged as 32 pairs.
Hapliod cells have no pairs of chromosomes
Haploid cells have no pairs of chromosomes.
4 because the parent cell has four chromosomes arranged in 2 pairs. Each offspring has 4 chromosomes, one pair from each parent.
46 chromosomes arranged into 23 pairs at replication.
A horse has 64 chromosomes arranged as 32 pairs.
karyotype
46 chromosomes arranged into 23 pairs at replication.
23 pairs
Hapliod cells have no pairs of chromosomes
Haploid cells have no pairs of chromosomes.
24 pairs so 48 chromosomes
The parent cell will be diploid and contain paired chromosomes. The haploid cell will contain only one copy of each chromosome. In humans for example there are 23 pairs of chromosomes. In a somatic cell, which is diploid, the 23 pairs are present. In a gamete (sperm or egg cell), which is haploid there are only 23 chromosomes - unpaired. This is so that when the sperm and egg meet at fertilisation there are 46 chromosomes - 23 pairs - the correct number for the organism.
All cells except gametes have a nucleus that contains 46 chromosomes arranged into pairs.
The daughter cells in meiosis have half the number of sets of chromosomes compared to the parent cell. This means that in humans, the daughter cells would have 23 pairs of chromosomes instead of the 46 pairs in the parent cell.