14. All of the following could be deduced from the table except CRITERIA MITOSIS MEIOSIS 1. No. of nuclear division 2. Synapsis/crossing over 3. Centromere of sister chromatids at anaphase 4 No. of daughter cells 5. No. of chromosomes per daughter cell 6 .Function The mother cell in mitosis divides only once, while the mother cell in meiosis 1. divides twice. Synapses only takes place in meiosis. Centromere of sister chromatids at anaphase separate in both mitosis and П. III. meiosis. IV. The number of daughter cells in mitosis is 2, while meiosis is 4. V. Mitosis is haploid, meiosis is diploid. A. I, II, and III B. I, II, IV and V C. I, Il and IV D. I, II, III, V
14. All of the following could be deduced from the table except CRITERIA MITOSIS MEIOSIS 1. No. of nuclear division 2. Synapsis/crossing over 3. Centromere of sister chromatids at anaphase 4 No. of daughter cells 5. No. of chromosomes per daughter cell 6 .Function The mother cell in mitosis divides only once, while the mother cell in meiosis 1. divides twice. Synapses only takes place in meiosis. Centromere of sister chromatids at anaphase separate in both mitosis and П. III. meiosis. IV. The number of daughter cells in mitosis is 2, while meiosis is 4. V. Mitosis is haploid, meiosis is diploid. A. I, II, and III B. I, II, IV and V C. I, Il and IV D. I, II, III, V
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
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Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Cell division involves the formation of new daughter cells from the parent cells. It is a part of the cell cycle that takes place in both prokaryotic and eukaryotic organisms. Cell division is required for three main reasons:
Question
Transcribed Image Text:. If you were asked to complete the table with the correct answer, which of the
following table would you chose?
А.
CHITERIA
MITOSIS
MEIOSIS
1. Na. of nuciear dimsion
2. Syriapaia/crossing over
ECentromere of suster
chromatids atanaphase
Preseut
separates
Fresent
M-attached/M-separates
Haploid
S. Na of chromosomes per
daughter cell
6 Function
Diplaid
Growth. Rapair
Growth. Repair and Reproduction
B.
CRITERIA
MITOSIS
MEIOSIS
TNo, af nuclear darinion
Synapsin/croing over
3. Centromere af sister
chromatids at anaphase
Absetit
sepiarates
Fresent
-attached
FNo. of daughter cells
5. No. of chromosomes per
daughter cell
6 Function
Diploid
Haploid
Growth, Eapair
Growth, Repair and Reproduction
C.
CRITERIA
MITOSIS
MEIOSIS
1. No. of muclear division
2. Synapsis/crossing over
3. Centromereof sister
chromatids at anaphane
4 Na, af daughter cells
5. No. of chromosoetes per
daughter cell
6 Punction
Absent
Present
separates
MI-attached/Mli-separates
Haploid
Diploid
Gruwth, Repair
Reproduction
D.
CRITERIA
MITOSIS
SISOIIN
1. No. of fiucloar division
2. Synapain/cronning over
3. Centromere of eister chromatda at
anaphase
4 Ko, of danghter cells
5. No. of chromosomes per
daughter cell
6 Function
None
Preserit
separates
MI-attached/MiI - separaten
4
Diploid
Наplaid
Growth, Repair
Reproduction
Transcribed Image Text:14. All of the following could be deduced from the table except
CRITERIA
MITOSIS
MEIOSIS
1. No. of nuclear division
2. Synapsis/crossing over
3. Centromere of sister chromatids at anaphase
4 No. of daughter cells
5. No. of chromosomes per daughter cell
6 .Function
1. The mother cell in mitosis divides only once, while the mother cell in meiosis
divides twice.
Synapses only takes place in meiosis.
Centromere of sister chromatids at anaphase separate in both mitosis and
II.
III.
meiosis.
IV.
The number of daughter cells in mitosis is 2, while meiosis is 4.
Mitosis is haploid, meiosis is diploid.
A. I, II, and III
B. I, II, IV and V
C. I, II and IV
D. 1, II, III, V
V.
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