.If you were asked to complete the table with the correct answer, which of the following table would you chose? A. CHITERIA MITOSIS MEIOSIS T. Na of nuclear dinsion Synapais/crUssing ove EICentromere of sister chromatids at anaphase 1. Trestat - attached/MI- separates Fresent separates No. of daughter oells 5. No of chromosomes per daughter cell 6 Function Haplad Growth. Repair and Reproduction Diplaid Oruwth. Repair B. CRITERIA MITOSIS MEIOSIS T.No of nuclear division .Synapsin/croing over 3. Centromere of sister chromatids atanaphase Absent Fresent separates I-Attached 4No. of daughter cells 3. No. of chroncaomes per daughter cel 6 Junction Diploid Haploid Growth, Rapaur Growth, Repair and Reproduction C. CRITERIA MITOSIS MEIOSIS 1. No. of mucnar drision 2. Synapsis/crosing over 3. Centromeof sixter chromatideat anaphane 4 Na. uf daughter cells S. No. of chromONDH per daughter call 6 Punction 2. Present 1. Absent MI-attached/MI-eparates separates 4. Haploid Diploid Growth, Repair Reproduction D. CRITERIA MITOSIS MEIOSIS 1. No. of nuclenr dision 2. Symapain/croseng over 3. Centromere of eister chromatide at anaphase Present MI-attached/MiI- eparate None separates 4 No. of daughtar cela S. No. of chromosoms per daughter cell 6 Function Diploid Growth, Repair Haploid All of the following is significant application of mitosis except A. Cloning B. Budding C. Formation of Gametes D. Stem Cell Regeneration
.If you were asked to complete the table with the correct answer, which of the following table would you chose? A. CHITERIA MITOSIS MEIOSIS T. Na of nuclear dinsion Synapais/crUssing ove EICentromere of sister chromatids at anaphase 1. Trestat - attached/MI- separates Fresent separates No. of daughter oells 5. No of chromosomes per daughter cell 6 Function Haplad Growth. Repair and Reproduction Diplaid Oruwth. Repair B. CRITERIA MITOSIS MEIOSIS T.No of nuclear division .Synapsin/croing over 3. Centromere of sister chromatids atanaphase Absent Fresent separates I-Attached 4No. of daughter cells 3. No. of chroncaomes per daughter cel 6 Junction Diploid Haploid Growth, Rapaur Growth, Repair and Reproduction C. CRITERIA MITOSIS MEIOSIS 1. No. of mucnar drision 2. Synapsis/crosing over 3. Centromeof sixter chromatideat anaphane 4 Na. uf daughter cells S. No. of chromONDH per daughter call 6 Punction 2. Present 1. Absent MI-attached/MI-eparates separates 4. Haploid Diploid Growth, Repair Reproduction D. CRITERIA MITOSIS MEIOSIS 1. No. of nuclenr dision 2. Symapain/croseng over 3. Centromere of eister chromatide at anaphase Present MI-attached/MiI- eparate None separates 4 No. of daughtar cela S. No. of chromosoms per daughter cell 6 Function Diploid Growth, Repair Haploid All of the following is significant application of mitosis except A. Cloning B. Budding C. Formation of Gametes D. Stem Cell Regeneration
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
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
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: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
I.
The mother cell in mitosis divides only once, while the mother cell in meiosis
divides twice.
II.
Synapses only takes place in meiosis.
III.
Centromere of sister chromatids at anaphase separate in both mitosis and
meiosis.
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, III, IV and V
C. I, 1l and IV
D. I. II. III. V
IV,
If you were asked to complete the table with the correct answer, which of the
following table would you chose?
A.
CHITERIA
MITOSIS
MEIOSIS
1. No. of nuclear dimon
Synapais/cossing ove
3. Centromere of NIRter
chromatids atanaphase
7No. of daughter cells
Present
Fresent
MI-attachedMuseparates
separates
Haploid
5. No of chromosomes per
daughter cell
6.Punetion
Dipinid
Growth, Repair
Growth. Repair and Raproduction
B.
CRITERIA
MITOSIS
MEIOSIS
I.No. of nuclear division
2Synapsin/ croing over
3. Centromere of sister
chromatids atanaphase
4No. of daughter celis
3. No. of chroenoaomes per
daughter cell
6 Function
Abuent
Fresent
separates
1
- attached
Diploid
Haploid
Growth, Rapair
Growth, Repair and Reproduction
C.
CRITERIA
MITOSIS
MEIOSIS
1. No, of nuclnar dirinion
1.
2. Synapnin/crossing over
Absent
3. Centromerof nixter:
chromatiduat anaphane
Present
MI-attached/MI-eparates
separates
4 No. uf daughter cells
5. No, of chronIONDE per
daughter call
6 Punction
Haploid
Diploid
Growth, Repair
Reproduction
D.
CRITERIA
MITOSIS
MEIOSIS
1. No. of nuclear dision
2.
Synapain/eronng over
3. Centromere of eister chromatids at
anaphase
4 No. of danghtar celle
S. No. of chromosomies per
daughter cell
6 Funetion
None
Present
separates
MI-attached/Mil-eparat
4.
Diploid
Hapleid
Growth, Repair
Raproduction
All of the following is significant application of mitosis except
A. Cloning
B. Budding
C. Formation of Gametes
D. Stem Cell Regeneration
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![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
I.
The mother cell in mitosis divides only once, while the mother cell in meiosis
divides twice.
II.
Synapses only takes place in meiosis.
III.
Centromere of sister chromatids at anaphase separate in both mitosis and
meiosis.
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, III, IV and V
C. I, Il and IV
D. I. II. II. V
IV,
• If you were asked to cormplete the table with the correct answer, which of the
following table would you chose?
А.
CHITERIA
MITOSIS
MEIOSIS
1. No. of nuciear dimaion
Synapais/cossing ove
3. Centromere of NIuzer
chromatids atanaphase
No. of daaghter cells
PTESEnt
MI-anached separates
Present
separates
Haploid
5. No of chromosomes per
daughter cell
6.Punction
Diplnid
Growth. Rapaif
Growth, Repair and Raproduction
B.
CRITERIA
MITOSIS
MEIOSIS
T.No. of nucrar dirition
2Synapsin/ croing over
3. Centromere of sister
chromatids atanaphase
Abuent
Frenent
separates
W
- attached
4No of daughter celis
3. No. of chroemcaomes per
daughter cell
6 Function
4]
Diploid
Haploid
Grawth, Rapair
Growth, Repair and Reproduction
C.
CRITERIA
MITOSIS
MEIOSIS
1. No, of nuclnar diriion
2. Synapnis/crossing over
3. Centromemof siater
chromatiduat anaphane
4 Na. uf daughter cells
5. No, of chronLOND per
daughter call
6 Function
1.
Present
MI-attached/MI-eparates
Absent
separates
Haploid
Diploid
Growth, Repair
Reproduction
D.
CRITERIA
MITOSIS
MEIOSIS
1. No.of nuclenr diision
2. Synapain/croing over
3. Centromereof ester chromatids at
mnaphane
4 No. of danghter celle
None
Present
MI- attached/Mil-eparaten
separates
2
4.
S. No. of chromonomes per
daughter cell
6 Funetion
Diploid
Haploid
Growth, Repair
Raproduction
All of the following is significant application of mitosis except
A. Cloning
B. Budding
C. Formation of Gametes
D. Stem Cell Regeneration](https://content.bartleby.com/qna-images/question/1bf85350-330a-4df3-a60d-7b881063d0dc/a0c61c3f-106d-48ea-8d7b-c48432008b9c/tj8umsb_thumbnail.jpeg)
Transcribed Image Text: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
I.
The mother cell in mitosis divides only once, while the mother cell in meiosis
divides twice.
II.
Synapses only takes place in meiosis.
III.
Centromere of sister chromatids at anaphase separate in both mitosis and
meiosis.
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, III, IV and V
C. I, Il and IV
D. I. II. II. V
IV,
• If you were asked to cormplete the table with the correct answer, which of the
following table would you chose?
А.
CHITERIA
MITOSIS
MEIOSIS
1. No. of nuciear dimaion
Synapais/cossing ove
3. Centromere of NIuzer
chromatids atanaphase
No. of daaghter cells
PTESEnt
MI-anached separates
Present
separates
Haploid
5. No of chromosomes per
daughter cell
6.Punction
Diplnid
Growth. Rapaif
Growth, Repair and Raproduction
B.
CRITERIA
MITOSIS
MEIOSIS
T.No. of nucrar dirition
2Synapsin/ croing over
3. Centromere of sister
chromatids atanaphase
Abuent
Frenent
separates
W
- attached
4No of daughter celis
3. No. of chroemcaomes per
daughter cell
6 Function
4]
Diploid
Haploid
Grawth, Rapair
Growth, Repair and Reproduction
C.
CRITERIA
MITOSIS
MEIOSIS
1. No, of nuclnar diriion
2. Synapnis/crossing over
3. Centromemof siater
chromatiduat anaphane
4 Na. uf daughter cells
5. No, of chronLOND per
daughter call
6 Function
1.
Present
MI-attached/MI-eparates
Absent
separates
Haploid
Diploid
Growth, Repair
Reproduction
D.
CRITERIA
MITOSIS
MEIOSIS
1. No.of nuclenr diision
2. Synapain/croing over
3. Centromereof ester chromatids at
mnaphane
4 No. of danghter celle
None
Present
MI- attached/Mil-eparaten
separates
2
4.
S. No. of chromonomes per
daughter cell
6 Funetion
Diploid
Haploid
Growth, Repair
Raproduction
All of the following is significant application of mitosis except
A. Cloning
B. Budding
C. Formation of Gametes
D. Stem Cell Regeneration
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