1. Which one of the following does NOT occur during mitosis?
Chromatids separate.
Chromosomes replicate.
Two genetically identical daughter cells result.
Chromosomes align along the cell's equator.
Chromatin condenses.
2. Which of the following is the best description of the events of anaphase I?
Homologous chromosomes separate and migrate to opposite poles; which homologue goes to
which pole is random.
Sister chromatids separate and those inherited from the mother migrate to one pole and those
inherited from the father go to the opposite pole.
All of the chromosomes inherited from the mother go to one pole of the cell and all of the
chromosomes inherited from the father go to the other pole.
Sister chromatids separate and the daughter chromosomes migrate to opposite poles.
Half of the chromosomes inherited from the mother go to one pole along with half of the
chromosomes inherited from the father.
3. Genetic variation is not increased by ______.
the events of prophase I
independent assortment
crossing over
random fertilization
the events of anaphase II
4. During anaphase II _____.
the cell is haploid
sister chromatids separate and migrate toward opposite poles
chromosomes line up in one plane
homologues separate and migrate toward opposite poles
nuclei re-form
5. In a cross between two heterozygotes ( Aa ), the next generation will be _____.
in the ratio 1:3 homozygotes to heterozygotes
in the ratio 1:1 homozygotes to heterozygotes
in the ratio 1:3 heterozygotes to homozygotes
all heterozygotes
all homozygotes
6. The cross-fertilization of two different varieties of pea plants will produce a(n) _____.
hybrid
F generation
2
lethal
P generation
individual homozygous for many different genes.
Which of the following correctly matches a phase of the cell cycle wit.pdfrajeshmozi
Which of the following correctly matches a phase of the cell cycle with its description? View
Available Hint(s) G 2 : cell division All of the listed responses are correctly matched. S:
immediately precedes cell division M: duplication of DNA G 1 : follows cell division Part A
How are sistor chromatis and homologous chromosomes different from each other? View
Available Hint(s) Homologous chromosomes are identical coples of each ofher. One sister
chromatid comes from the father, and one combs from the mother: Homologous chromosomes
contain the same gene locl but may have difterent alleles of a particular gane. Sister chromsids
are identical copibu of aach chher procuced during Drer reptcafion Homologous chromosores are
closely assoeiated wath olch of th mitoois and miosis. Suter ctiromatids are only associaled with
each onor during mibes. In a typical animal, mitosis produces while meiosis produces View
Available Hint(s) four diploid daughter cells ... four haploid daughter cells two diploid daughter
cells ... four haploid daughter cells two diploid daughter cells ... two diploid daughter cells two
diploid daughter cells ... two haploid daughter cells four haploid daughter cells ... two diploid
daughter cells Which of the following occurs during meiosis but not during mitosis? View
Available Hint(s) Synapsis occurs. Chromosomes align at the metaphase plate. A spindle
apparatus forms. Chromosomes migrate to opposite poles. Chromosomes condense. Which of the
following is true of an X-linked gene but not of a Y-linked gene View Available Hint(s) It is
expressed in half of the cells of either males or females. Sister chromatids separate during
mitosis. The gene is present in both males and females. It does not segregate like other genes. It
is only expressed in female offspring..
Meiosis, inheritance and variationThe uniqueness and similarities.pdfaesalem06
Meiosis, inheritance and variation:
The uniqueness and similarities within the closely related family members occurs because of
inherit traits in the form of genes are passing from one generation to another generation.
This gene passing from our ancestral parents to our parents is called as heredity. Replication is a
process of duplication of DNA. That occurs during the S phase of Eukaryotic cell cycle.
In identical small organisms these genes pass from one generation to next by duplication of their
genetic information and then splitting into two identical organisms. In complex organisms
specialized sex cells called gametes carry half of the genetic information. These gametes from
both male and female organisms combine each other and produce new organisms. The gametes
produced process is termed as meiosis.
Meiosis:
During this process 1 diploid cell which contains 46 chromosomes undergoes cell division into 2
cycles. In which only once DNA replication is takes place. it results 4 haploid daughter cells.
The zygote is formed from the combination of both an egg and a sperm cells. Zygotes have same
number of chromosomes it is due to the halving nature of the number of chromosomes in sexual
reproduction. This critical character stabilize chromosome numbers from one generation to next
generation.
Phases of meiosis:
Interphase: In this the DNA is prepared for replication. After completion of replication process
the structure of each chromosomes compressed into 2 identical chromatids.
Prophase I : In this chromosomes structure appeared as in X - Shaped. The homologous
chromosomes are pair up each other and crossing over takes placed. In this the DNA was
exchanged. the nuclear membrane was completely dissolved at end of this stage. The
Microtubules can attach to the chromosomes.
Metaphase I: The synopsized chromosomes are aliened at equator of the cell. The chromosomes
are aliened randomly in which different combinations each time meiosis occurs.
Anaphase I: During this phase the molecules of chromosomes separates and migrates towards to
2 poles of cell.
Telophase I or Cytokinesis: In this the cell divides into two daughter cells.
Prophase II : Same as Prophase I. But the DNA does not replicate again.
Metaphase II: The chromosomes aliened at equator, again the alignment is random.
Anaphase II: The chromosomes separates and migrates towards to 2 poles of cell.
Telophase II: The nucleoplasm is reformed and the cytoplasm is divides into 2 haploid daughter
cells and finally 4 new haploid daughter cells is formed.
Genetic variation is increased by meiosis due to the independent assortment nature in meiosis.
The reshuffling process of genes in meiosis is increasing the genetic variation in a population.
Solution
Meiosis, inheritance and variation:
The uniqueness and similarities within the closely related family members occurs because of
inherit traits in the form of genes are passing from one generation to another generation.
This gene passing from our an.
Which of the following correctly matches a phase of the cell cycle wit.pdfrajeshmozi
Which of the following correctly matches a phase of the cell cycle with its description? View
Available Hint(s) G 2 : cell division All of the listed responses are correctly matched. S:
immediately precedes cell division M: duplication of DNA G 1 : follows cell division Part A
How are sistor chromatis and homologous chromosomes different from each other? View
Available Hint(s) Homologous chromosomes are identical coples of each ofher. One sister
chromatid comes from the father, and one combs from the mother: Homologous chromosomes
contain the same gene locl but may have difterent alleles of a particular gane. Sister chromsids
are identical copibu of aach chher procuced during Drer reptcafion Homologous chromosores are
closely assoeiated wath olch of th mitoois and miosis. Suter ctiromatids are only associaled with
each onor during mibes. In a typical animal, mitosis produces while meiosis produces View
Available Hint(s) four diploid daughter cells ... four haploid daughter cells two diploid daughter
cells ... four haploid daughter cells two diploid daughter cells ... two diploid daughter cells two
diploid daughter cells ... two haploid daughter cells four haploid daughter cells ... two diploid
daughter cells Which of the following occurs during meiosis but not during mitosis? View
Available Hint(s) Synapsis occurs. Chromosomes align at the metaphase plate. A spindle
apparatus forms. Chromosomes migrate to opposite poles. Chromosomes condense. Which of the
following is true of an X-linked gene but not of a Y-linked gene View Available Hint(s) It is
expressed in half of the cells of either males or females. Sister chromatids separate during
mitosis. The gene is present in both males and females. It does not segregate like other genes. It
is only expressed in female offspring..
Meiosis, inheritance and variationThe uniqueness and similarities.pdfaesalem06
Meiosis, inheritance and variation:
The uniqueness and similarities within the closely related family members occurs because of
inherit traits in the form of genes are passing from one generation to another generation.
This gene passing from our ancestral parents to our parents is called as heredity. Replication is a
process of duplication of DNA. That occurs during the S phase of Eukaryotic cell cycle.
In identical small organisms these genes pass from one generation to next by duplication of their
genetic information and then splitting into two identical organisms. In complex organisms
specialized sex cells called gametes carry half of the genetic information. These gametes from
both male and female organisms combine each other and produce new organisms. The gametes
produced process is termed as meiosis.
Meiosis:
During this process 1 diploid cell which contains 46 chromosomes undergoes cell division into 2
cycles. In which only once DNA replication is takes place. it results 4 haploid daughter cells.
The zygote is formed from the combination of both an egg and a sperm cells. Zygotes have same
number of chromosomes it is due to the halving nature of the number of chromosomes in sexual
reproduction. This critical character stabilize chromosome numbers from one generation to next
generation.
Phases of meiosis:
Interphase: In this the DNA is prepared for replication. After completion of replication process
the structure of each chromosomes compressed into 2 identical chromatids.
Prophase I : In this chromosomes structure appeared as in X - Shaped. The homologous
chromosomes are pair up each other and crossing over takes placed. In this the DNA was
exchanged. the nuclear membrane was completely dissolved at end of this stage. The
Microtubules can attach to the chromosomes.
Metaphase I: The synopsized chromosomes are aliened at equator of the cell. The chromosomes
are aliened randomly in which different combinations each time meiosis occurs.
Anaphase I: During this phase the molecules of chromosomes separates and migrates towards to
2 poles of cell.
Telophase I or Cytokinesis: In this the cell divides into two daughter cells.
Prophase II : Same as Prophase I. But the DNA does not replicate again.
Metaphase II: The chromosomes aliened at equator, again the alignment is random.
Anaphase II: The chromosomes separates and migrates towards to 2 poles of cell.
Telophase II: The nucleoplasm is reformed and the cytoplasm is divides into 2 haploid daughter
cells and finally 4 new haploid daughter cells is formed.
Genetic variation is increased by meiosis due to the independent assortment nature in meiosis.
The reshuffling process of genes in meiosis is increasing the genetic variation in a population.
Solution
Meiosis, inheritance and variation:
The uniqueness and similarities within the closely related family members occurs because of
inherit traits in the form of genes are passing from one generation to another generation.
This gene passing from our an.
Random assortment of chromosomes is one of the processes by which ge.pdfarrowmobile
Random assortment of chromosomes is one of the processes by which genetic variation is
generated.
Explain what the process means and how new variation is produced as a consequence of random
assortment.
Solution
Each organism has two sets of chromosomes: one from father and one from mother. In meiosis
process, the cells have to divide in haploid way which occurs in meiosis I. the homologous
chromosomes from mother and father get divides and form new cells of having haploid
chromosomes. During that process, the maternal chromosome does not separate equally while
paternal equally separates. The unequal separation of maternal chromosome leads one cell has
more maternal chromosome than the second one. That called as random assortment of
chromosomes. That also brings variations because unequal distribution; if a thing equally
distributes to its associates then there is no variations. Therefore, the progeny who will get such
type of chromosomes will have variations. The other factor during random assortment is
homologous recombination. During anaphase I of meiosis, the homologous chromosomes
recombine together and provide each other their parts. That also brings variations through
unequal distributions. The random assortment of chromosomes is opposite to independent one of
Mendel. Independent tells about equal distributions, which brings no variation..
– Male and female gametes fuse together during fertilization to form a zygote. The chromosome number is halved during the formation of gametes by the process of meiosis. This maintains the chromosome number generations after generations. Meiosis leads to genetic diversity which is very essential for evolution.
11- A fair four-sided die is rolled 100 times and the number of times.pdfaonpowerline
11. A fair four-sided die is rolled 100 times and the number of times each number showed up and
their probabilities are given below. (a) Complete the table with the probabilities. (b) Find the
expected value and the variance for this experiment. ( 2 + 4 + 4 = 10 pts ).
11) The table that follows shows some data on various disinflations- I.pdfaonpowerline
11) The table that follows shows some data on various disinflations. In each case, assume that
potential GDP is equal to $900 billion. a. In each case, compute the sacrifice ratio. b. Explain
why the sacrifice ratio can be expected to be smaller when expectations are more forward-
looking. c. Explain why the sacrifice ratio can be expected to be smaller when central-bank
announcements are more credible..
More Related Content
Similar to 1- Which one of the following does NOT occur during mitosis- Chromat.pdf
Random assortment of chromosomes is one of the processes by which ge.pdfarrowmobile
Random assortment of chromosomes is one of the processes by which genetic variation is
generated.
Explain what the process means and how new variation is produced as a consequence of random
assortment.
Solution
Each organism has two sets of chromosomes: one from father and one from mother. In meiosis
process, the cells have to divide in haploid way which occurs in meiosis I. the homologous
chromosomes from mother and father get divides and form new cells of having haploid
chromosomes. During that process, the maternal chromosome does not separate equally while
paternal equally separates. The unequal separation of maternal chromosome leads one cell has
more maternal chromosome than the second one. That called as random assortment of
chromosomes. That also brings variations because unequal distribution; if a thing equally
distributes to its associates then there is no variations. Therefore, the progeny who will get such
type of chromosomes will have variations. The other factor during random assortment is
homologous recombination. During anaphase I of meiosis, the homologous chromosomes
recombine together and provide each other their parts. That also brings variations through
unequal distributions. The random assortment of chromosomes is opposite to independent one of
Mendel. Independent tells about equal distributions, which brings no variation..
– Male and female gametes fuse together during fertilization to form a zygote. The chromosome number is halved during the formation of gametes by the process of meiosis. This maintains the chromosome number generations after generations. Meiosis leads to genetic diversity which is very essential for evolution.
11- A fair four-sided die is rolled 100 times and the number of times.pdfaonpowerline
11. A fair four-sided die is rolled 100 times and the number of times each number showed up and
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expected value and the variance for this experiment. ( 2 + 4 + 4 = 10 pts ).
11) The table that follows shows some data on various disinflations- I.pdfaonpowerline
11) The table that follows shows some data on various disinflations. In each case, assume that
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1- Which one of the following does NOT occur during mitosis- Chromat.pdf
1. 1. Which one of the following does NOT occur during mitosis?
Chromatids separate.
Chromosomes replicate.
Two genetically identical daughter cells result.
Chromosomes align along the cell's equator.
Chromatin condenses.
2. Which of the following is the best description of the events of anaphase I?
Homologous chromosomes separate and migrate to opposite poles; which homologue goes to
which pole is random.
Sister chromatids separate and those inherited from the mother migrate to one pole and those
inherited from the father go to the opposite pole.
All of the chromosomes inherited from the mother go to one pole of the cell and all of the
chromosomes inherited from the father go to the other pole.
Sister chromatids separate and the daughter chromosomes migrate to opposite poles.
Half of the chromosomes inherited from the mother go to one pole along with half of the
chromosomes inherited from the father.
3. Genetic variation is not increased by ______.
the events of prophase I
independent assortment
crossing over
random fertilization
the events of anaphase II
4. During anaphase II _____.
the cell is haploid
sister chromatids separate and migrate toward opposite poles
2. chromosomes line up in one plane
homologues separate and migrate toward opposite poles
nuclei re-form
5. In a cross between two heterozygotes ( Aa ), the next generation will be _____.
in the ratio 1:3 homozygotes to heterozygotes
in the ratio 1:1 homozygotes to heterozygotes
in the ratio 1:3 heterozygotes to homozygotes
all heterozygotes
all homozygotes
6. The cross-fertilization of two different varieties of pea plants will produce a(n) _____.
hybrid
F 2 generation
lethal
P generation
individual homozygous for many different genes
