Match the events given in Column A with the stage in mitotic cell division in Column B- -4 MARKS-Column -A- -N Column- -B- in -A a 0a Chromosomes get horizontal pl equator 4 0 a Anaphase et in a ho Tal plane at the eto the opposite P A-A -b Daughter chromosomes 1 poles of of as spindle Prophase les move to e opposite p 1 visible fine long Telophasec Chromosomes become as threads a n networkd Chromosomes lose their distinctiveness and gradually become transformed into a chromatin network Metaphase

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Biology

Mitotis

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Question

Match the events given in Column A with the stage in mitotic cell division in Column B. [4 MARKS]

Column 'A' Column'B'

(a) Chromosomes get in a horizontal plane at the equator Anaphase

(b) Daughter chromosomes move to the opposite poles of a spindle Prophase

(c) Chromosomes become visible as fine long threads Telophase

(d) Chromosomes lose their distinctiveness and gradually become transformed into a chromatin network Metaphase

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Solution

Each Correct Match: 1 Mark

Column 'A' Column'B'

(a) Chromosomes get in a horizontal plane at the equator Metaphase

(b) Daughter chromosomes move to the opposite poles of a spindle Anaphase

(c) Chromosomes become visible as fine long threads Prophase

(d) Chromosomes lose their distinctiveness and gradually become transformed into a chromatin network Telophase

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Q. Match the events given in column A with the phase in mitotic cell division in column B

Column 'A'	Column 'B'
(a) Chromosomes get arranged in a horizontal plane at the equator.	1.Anaphase
(b) Daughter chromosomes move to the opposite poles of a spindle.	2. Prophase
(c) Chromosomes become visible as fine long threads.	3. Telophase
(d) Chromosomes lose their distinctiveness and gradually become transformed into a chromatin network	4. Metaphase

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

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

Match the stages of mitosis listed in column I with the important events pertaining to respective stages given under column II; and choose the answer which gives the correct combination of alphabets of the two columns:

$\begin{matrix} C o l u m n I S t a g e s o f m i t o s i s & C o l u m n I I I m p o r t a n t e v e n t s A & I n t e r p h a s e & p & E q u a t o r i a l p l a t e f o r m a t i o n B & M e t a p h a s e & q & D a u g h t e r c h r o m o s o m e s m o v e t o o p p o s i t e p o l e s C & A n a p h a s e & r & C e n t r i o l e s d i v d e s & S y n t h e t i c p h a s e \end{matrix}$

Q. Match the description (given in column I) with correct stage of prophase I (given column II) and choose the correct option. Column I Column II

A) Chromosomes are moved to spindle equator	1) Pachytene
B) Centromere splits and chromatids move apart	2) Zygotene
C) Pairing between homologous chromosomes takes place	3) Anaphase
D) Crossing over between homologous chromosomes takes place	4) Metaphase

Q. Match the following columns w.r.t. mitosis and select the correct option.

	Column I		Column II
(a)	Prophase	(i)	Re-appearance of nuclear membrane
(b)	Metaphase	(ii)	Condensation of chromatin
(c)	Anaphase	(iii)	Separation of chromatids
(d)	Telophase	(iv)	Chromosomes align on equator

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Column 'A'	Column'B'
(a) Chromosomes get in a horizontal plane at the equator	Anaphase
(b) Daughter chromosomes move to the opposite poles of a spindle	Prophase
(c) Chromosomes become visible as fine long threads	Telophase
(d) Chromosomes lose their distinctiveness and gradually become transformed into a chromatin network	Metaphase

Column 'A'	Column'B'
(a) Chromosomes get in a horizontal plane at the equator	Metaphase
(b) Daughter chromosomes move to the opposite poles of a spindle	Anaphase
(c) Chromosomes become visible as fine long threads	Prophase
(d) Chromosomes lose their distinctiveness and gradually become transformed into a chromatin network	Telophase