How does a duplicated chromosome differ from a chromatid?

Answer 1

Chromosomes are what make up your genetic material. During interphase when the chromosomes are duplicating, they remain attached to their duplicated with a centromere. When they are connected with their duplicate, each individual of this pair is called a chromatid. So a duplicated chromosome is made up of two chromatids which are identical to each other.

Answer 2

structure of chromosomes during the g1(growth1) phase, the chromosome is single because the cell just underwent mitosis. after growth 1, the cell enters the s phase (synthesis phase), where the cell duplicates DNA or synthesizes it. after s phase, the chromosomes are composed of two chromatids, coiled DNA double helix molecule. after s phase, the cell enters growth 2 phase, then the cell enters mitosis where the cycle begins all over again.

ps. g1, g2, and s phases are parts of interphase, where the cell prepares itself for mitosis.

Answer 3

structure of chromosomes during the g1(growth1) phase, the chromosome is single because the cell just underwent mitosis. after growth 1, the cell enters the s phase (synthesis phase), where the cell duplicates DNA or synthesizes it. after s phase, the chromosomes are composed of two chromatids, coiled DNA double helix molecule. after s phase, the cell enters growth 2 phase, then the cell enters mitosis where the cycle begins all over again.

ps. g1, g2, and s phases are parts of interphase, where the cell prepares itself for mitosis.

Answer 4

A duplicated chromosome consists of two identical sister chromatids joined at the centromere, while a chromatid is one of the two identical strands of DNA that make up a replicated chromosome. In other words, a duplicated chromosome is made up of two sister chromatids.

Answer 5

Chromosomes are duplicated before mitosis.

Answer 6

during