Column ‘II’ is a list of items related to ideas in Column ‘I’. Match the terms in Column ‘II’ with a suitable idea given in Column ‘I’. Column I Column II (i) Anaphase (a) Chromosomes become arranged in a horizontal plane at the equator. (ii) Prophase (b) Daughter chromosomes move to opposite poles of the spindle. (iii) Telophase (c) Chromosomes become visible as fine, long threads. (iv) Metaphase (d) Chromosomes lose their distinctiveness and gradually become transformed into chromatin network.

Column I Column II (i) Anaphase (b) Daughter chromosomes move to opposite poles of the spindle. (ii) Prophase (c) Chromosomes become visible as fine, long threads. (iii) Telophase (d) Chromosomes lose their distinctiveness and gradually become transformed into chromatin network. (iv) Metaphase (a) Chromosomes become arranged in a horizontal plane at the equator.

Column ‘Ii’ is a List of Items Related to Ideas in Column ‘I’. Match the Term in Column ‘Ii’ with the Suitable Idea Given in Column ‘I’. - Biology

Question

Column ‘II’ is a list of items related to ideas in Column ‘I’. Match the terms in Column ‘II’ with a suitable idea given in Column ‘I’.

Column I	Column II
(i) Anaphase	(a) Chromosomes become arranged in a horizontal plane at the equator.
(ii) Prophase	(b) Daughter chromosomes move to opposite poles of the spindle.
(iii) Telophase	(c) Chromosomes become visible as fine, long threads.
(iv) Metaphase	(d) Chromosomes lose their distinctiveness and gradually become transformed into chromatin network.

Match the Columns

Solution

Column I	Column II
(i) Anaphase	(b) Daughter chromosomes move to opposite poles of the spindle.
(ii) Prophase	(c) Chromosomes become visible as fine, long threads.
(iii) Telophase	(d) Chromosomes lose their distinctiveness and gradually become transformed into chromatin network.
(iv) Metaphase	(a) Chromosomes become arranged in a horizontal plane at the equator.