Question

Mendel's law of independent assortment has its basis in which of the following events of meiosis I?
alignment of pairs of homologous chromosomes along the middle of the cell
synapsis of homologous chromosomes
crossing over of homologous pairs of chromosomes
the division of cells at telophase

Answer 1

Mendel's Law

Explanation:

• Alignment of pairs of homologous

• Mendel's law of independent assortment, expresses that allele sets separate during the arrangement of gametes
• This implies qualities are transmitted to offspring independently of one another
• Development of random combinations of chromosomes in meiosis and of qualities on various sets of homologous chromosomes by the entry as indicated by the laws of probability of one of every diploid pair of homologous chromosomes into every gamete independently of one another pair

Answer 2

Mendel's law of independent assortment has its basis in the alignment of pairs of homologous chromosomes along the middle of the cell.

WHAT IS MENDEL'S LAW OF INDEPENDENT ASSORTMENT:

• Mendel's law of assortment states that alleles of a gene segregates independently into gametes.

• According to Mendel, the segregation of alleles into gametes does not interfere the segregation of another.

• The alignment of homologous chromosomes during the metaphase stage of meiosis 1 ensures that alleles segregate independently.

Therefore, Mendel's law of independent assortment has its basis in the alignment of pairs of homologous chromosomes along the middle of the cell.

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