Match the terms to these definitions.
Centromere, centrosome, chromatin, chromosome, spindle, cell cycle, karyotype, meiosis, mitosis, sister chromatids, interphase, metaphase
.......... The period from the end of one division of a, cell to the end of the next division.

Q. Match the terms to these definitions.
Centromere, centrosome, chromatin, chromosome, spindle, cell cycle, karyotype, meiosis, mitosis, sister chromatids, interphase, metaphase
.......... A type of cell division where chromosome number in daughter cells remains the same as in parent cell.

Q. Match the terms to these definitions.
Centromere, centrosome, chromatin, chromosome, spindle, cell cycle, karyotype, meiosis, mitosis, sister chromatids, interphase metaphase
.......... An arrangement of chromosomes from a cell based on their shape, size, and position of their centromeres.

Q. Match the terms to these definitions.
Centromere, centrosome, chromatin, chromosome, spindle, cell cycle, karyotype, meiosis, mitosis, sister chromatids, interphase, metaphase
.......... One of two genetically identical chromosome units that are the result of DNA replication.

Q. Select the incorrect match regarding mitotic cell division.
(i) Prophase - Chromosomes to begin to uncoil
(ii) Metaphase - Chromatids move apart
(iii) Telophase - The nuclear membrane reappears
(iv) Late anaphase- Each chromosome consists of two anaphase chromatids
(v) Interphase - Chromosomes are not distinct

Q.

Match the following stages during Mitotic cell division with the key changes:

$$\begin{array}{cc}\text{Column I}& \text{Column II}\\ \text{i. Prophase}& \text{a. Formation of 2 daughter cells, preparation for next division.}\\ \text{ii. Metaphase}& \text{b. Organelles disappear, formation of chromosomes.}\\ \text{iii. Anaphase}& \text{c. Spindle fibres, chromosomes at equatorial plate.}\\ \text{iv. Telophase}& \text{d. Splitting of chromatids, chromosomes move towards poles.}\\ \text{v. Interphase}& \text{e. Spindle fibres disappear, Cytokinesis follows.}\end{array}$$