Shown below is a diploid cell with two chromosomes that have been replicated and are about to
complete metaphase and anaphase of Melosis. 1. On the left drawing below, Identify
homologous chromosomes and sister chromatids (hint check out the shapes and colorsi). Which
one lines up on the metophose plote during melosis I? 2. Note that the left drawing shows these
lined up along the metaphase plate. Draw the resulting gametes from the process of meiosis in
the left cell (note that melosis and Il are indicated). 3. In the right half below, draw the possible
combinations of gametes resulting from the different independent ossortment of the two
chromosomes ( 2 n = 4 ) . What is independent assoriment? When cells divide during meiosis,
homologous chromosomes are randomly distributed to daughter cells, and different
chromosomes segregate independently of each other (that is they can line up on the metaphase
plate independent of each other). This called is called independent assortment. This process
increases genetic diversity in the products (the hapleid gametes) of meiosis. a. Do you best to
Illustrate how the metaphase plate will look when you consider independent assortment. b. Then
draw the resulting gametes- are they the same or different from the gametes in the left drawing?
4. Now consider this! The number of possible gametes is calculated by 2 ? . Humans have 46
chromosomes ( 2 n = 46 ) . How many unique gametes are possible?.
Activity- Simulating meiosis 1- Cut out the chromosomes on the second.docxWilliamZnlMarshallc
Activity- Simulating meiosis 1. Cut out the chromosomes on the second to last page of this lab. One color of chromosomes is inherited from one parent, and the other is inherited from the other parent. Use a paper clip to keep identical sister chromatids together. 2. Use the circles representing cells provided on the last two pages. Meiosis I Prophase I 1. Put all four of the chromosomes that you cut out and place them in the large oval cell labeled A pole and B pole. 2. Bring the members of the homologous pairs together forming a tetrad- Why do you think these are called a tetrad? 3. Crossing-over is the exchange of genetic material between two homologous chromosomes. It creates genetic recombination during meiosis. Simulate crossingover by cutting off one yellow and blue circle from two nonsister chromatids of a single homologous pair and reattaching the circles on with tape. Why did we exchange from nonsister and not from sister chromatids? MetaphaseI Move the homologous chromosome pairs to the equator (middle of the cell) in such a way that the members of each pair can be moved towards opposite sides of the cell AnaphaseI Separate the each member of the homologous pair, moving them toward opposite poles of the cell TelophaseI Do the 2 chromosomes inherited from the father have to stay together after meiosis I? So, what are two ways that meiosis can create genetic recombination? Interkinesis Interkinesis is the periods of time between meiosis I and meiosis II. Meiosis II Prophase II Choose the chromosomes from each pole to represent those in the new parental cell undergoing meiosis II. Place them inside the top two cells on the next page. Metaphase II Move the chromosomes (made out of the sister chromatids) to the equator of this cell. How many chromosomes are at this equator? Anaphase II Pull apart the two sister chromatids Telophase II Once the sister chromatids are apart they are now each called a chromosome. Move each chromosome to its separate pole. Now these chromosomes are in their own cell in a new nucleus. Conclusions Do the new nuclei contain a haploid or diploid chromosome number compared to the original cell? Suppose you had worked with both daughter cells after meiosis I. How many cells would be present when meiosis II was complete? How many chromosomes are in the parental cell undergoing meiosis II (at the beginning of meiosis II? How many chromosomes are in the daughter cell (at the end of meiosis II)? How is this possible? Explain below. To summarize meiosis: the original parent cell has the diploid ( 2 n ) number of chromosomes, and the daughter cells at the end of meiosis II have the number of chromosomes. Meiosis is cell division in which the chromosome number does what?
.
Biology Mitosis Lab
Compare and Contrast Mitosis and Meiosis Essay
Meiosis Vs Mitosis
Mitosis And Meiosis
Mitosis Vs Meiosis Research Paper
Mitosis: Interphase I And Meiosis
Compare And Contrast Mitosis And Meiosis
Mitosis And Meiosis Similarities
Mitosis Vs Meiosis
Essay about Lab 8, Mitosis and Meiosis
Comparing Mitosis and Meiosis Essay
Essay on Meiosis Vs. Mitosis
The Process of Mitosis Essay
Cell Biology Meiosis and Mitosis
Mitosis and Meiosis
Difference Between Mitosis And Meiosis
Meiosis Research Paper
Mitosis and Meiosis
Essay Mitosis and Meiosis
Lab Report On Mitosis And Meiosis
– 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.
Please answer the question carefully.How does mitosis differ from .pdfarsmobiles
Please answer the question carefully.
How does mitosis differ from meiosis? Where do they occur in the body and what is their
purpose?
Solution
Mitosis ---> somatic cell division & produces two identical daughter cells with equal number of
chromosomes (cytokinesis & karyokinesis). The purpose of this division is to increase body mass
and body volume through vegetative growth
Meiosis ----> a reduction division occurs in reproductive germ cells in which allosomes
determine sex determination (purpose) finally generates half of the chromosomes in daughter
cells
Mechanism and differences in division:
a. Mitosis- replicated Chromosomes and sister chromatids pulled to the opposite poles of the cell
b. Meiosis I- Two chromosomes in each bivalent attached to the spindle fibers and pulled to the
opposite pole with the centromeres.
c. Meiosis II- Sister chromatins including individual chromosomes are separated and moved to
opposite poles of the cells using spindle fibers.
The cells of the reproductive organs (Eg: ovaries ad testes) undergo meiosis. Meiosis is a type of
nuclear division, which produces four haploid cells from a single diploid cell. Meiosis is divided
into two phases, meiosis I (one diploid nucleus to two haploid nuclei) and meiosis II (two
haploid nuclei to four haploid nuclei). Meiosis I and meiosis II are subdivided into four phases
again namely, prophase, metaphase, anaphase and telophase. Thus, meiosis is divided into eight
phases. The phases of meiosis I are prohase-i, metaphase-I, anaphase-I and telophase-I.
Similarly, the phases of meiosis-II are prohase-II, metaphase-II, anaphase-II and telophase-II.
Prophase is the first phase of cell division in both mitosis and meiosis. During this phase,
cohesion that is present throughout the length of the chromatids is removed except at the
centromere. The chromatids become more visible during this phase. In meiosis, the sub stages of
prophase-I include, leptonema, zygonema, pachynema, diplonema, diakinesis.
During the metaphase, two chromatids are formed from each chromosome by longitudinal
splitting. These chromatids form the chromosomes of daughter cells.
During anaphase, centromeres are pulled and the chromatids become separated and move
towards the opposite poles. These chromatids now are the chromosomes of the daughter cells,
and are pulled towards the centrioles by means of spindle fibres.
During “metaphase I and II” the chromosomes align at the midway between the two opposite
spindle poles.
In the stage of telophase, cytoplasmic division of the cell takes place (cytokinesis) during which
each of the daughter cell receives one of the daughter nuclei. The interval between each division
is called interphase.
During meiosis, the homologous chromosomes align during the prophase. These chromosomes
crossover at some point and rejoin to form recombinant chromatids, and move towards the
opposite poles during anaphase. The chromosomal crossover occurs during metaphase-I of the
meiosis,
In mei.
Beckman Investments is considering an investment with the following ca.pdfAdrianj6tHamiltonn
Beckman Investments is considering an investment with the following cash flows:
CF0 -$500,000
CF1 $125,000
CF2 $150,000
CF3 $175,000
CF4 $630,000
What is the rate of return on this investment?
a.) 28.65%
b.)26.47%
c.)18.92%
d.)25.985%.
Calculate the values- Show your work- including cancelling common teri.pdfAdrianj6tHamiltonn
Calculate the values. Show your work, including cancelling common terins on the numerator and
denominator. (a) P 9.5 (b) C 8 , 4 (c) P 9 , 3 (d) C 8 , 6.
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Activity- Simulating meiosis 1- Cut out the chromosomes on the second.docxWilliamZnlMarshallc
Activity- Simulating meiosis 1. Cut out the chromosomes on the second to last page of this lab. One color of chromosomes is inherited from one parent, and the other is inherited from the other parent. Use a paper clip to keep identical sister chromatids together. 2. Use the circles representing cells provided on the last two pages. Meiosis I Prophase I 1. Put all four of the chromosomes that you cut out and place them in the large oval cell labeled A pole and B pole. 2. Bring the members of the homologous pairs together forming a tetrad- Why do you think these are called a tetrad? 3. Crossing-over is the exchange of genetic material between two homologous chromosomes. It creates genetic recombination during meiosis. Simulate crossingover by cutting off one yellow and blue circle from two nonsister chromatids of a single homologous pair and reattaching the circles on with tape. Why did we exchange from nonsister and not from sister chromatids? MetaphaseI Move the homologous chromosome pairs to the equator (middle of the cell) in such a way that the members of each pair can be moved towards opposite sides of the cell AnaphaseI Separate the each member of the homologous pair, moving them toward opposite poles of the cell TelophaseI Do the 2 chromosomes inherited from the father have to stay together after meiosis I? So, what are two ways that meiosis can create genetic recombination? Interkinesis Interkinesis is the periods of time between meiosis I and meiosis II. Meiosis II Prophase II Choose the chromosomes from each pole to represent those in the new parental cell undergoing meiosis II. Place them inside the top two cells on the next page. Metaphase II Move the chromosomes (made out of the sister chromatids) to the equator of this cell. How many chromosomes are at this equator? Anaphase II Pull apart the two sister chromatids Telophase II Once the sister chromatids are apart they are now each called a chromosome. Move each chromosome to its separate pole. Now these chromosomes are in their own cell in a new nucleus. Conclusions Do the new nuclei contain a haploid or diploid chromosome number compared to the original cell? Suppose you had worked with both daughter cells after meiosis I. How many cells would be present when meiosis II was complete? How many chromosomes are in the parental cell undergoing meiosis II (at the beginning of meiosis II? How many chromosomes are in the daughter cell (at the end of meiosis II)? How is this possible? Explain below. To summarize meiosis: the original parent cell has the diploid ( 2 n ) number of chromosomes, and the daughter cells at the end of meiosis II have the number of chromosomes. Meiosis is cell division in which the chromosome number does what?
.
Biology Mitosis Lab
Compare and Contrast Mitosis and Meiosis Essay
Meiosis Vs Mitosis
Mitosis And Meiosis
Mitosis Vs Meiosis Research Paper
Mitosis: Interphase I And Meiosis
Compare And Contrast Mitosis And Meiosis
Mitosis And Meiosis Similarities
Mitosis Vs Meiosis
Essay about Lab 8, Mitosis and Meiosis
Comparing Mitosis and Meiosis Essay
Essay on Meiosis Vs. Mitosis
The Process of Mitosis Essay
Cell Biology Meiosis and Mitosis
Mitosis and Meiosis
Difference Between Mitosis And Meiosis
Meiosis Research Paper
Mitosis and Meiosis
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Lab Report On Mitosis And Meiosis
– 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.
Please answer the question carefully.How does mitosis differ from .pdfarsmobiles
Please answer the question carefully.
How does mitosis differ from meiosis? Where do they occur in the body and what is their
purpose?
Solution
Mitosis ---> somatic cell division & produces two identical daughter cells with equal number of
chromosomes (cytokinesis & karyokinesis). The purpose of this division is to increase body mass
and body volume through vegetative growth
Meiosis ----> a reduction division occurs in reproductive germ cells in which allosomes
determine sex determination (purpose) finally generates half of the chromosomes in daughter
cells
Mechanism and differences in division:
a. Mitosis- replicated Chromosomes and sister chromatids pulled to the opposite poles of the cell
b. Meiosis I- Two chromosomes in each bivalent attached to the spindle fibers and pulled to the
opposite pole with the centromeres.
c. Meiosis II- Sister chromatins including individual chromosomes are separated and moved to
opposite poles of the cells using spindle fibers.
The cells of the reproductive organs (Eg: ovaries ad testes) undergo meiosis. Meiosis is a type of
nuclear division, which produces four haploid cells from a single diploid cell. Meiosis is divided
into two phases, meiosis I (one diploid nucleus to two haploid nuclei) and meiosis II (two
haploid nuclei to four haploid nuclei). Meiosis I and meiosis II are subdivided into four phases
again namely, prophase, metaphase, anaphase and telophase. Thus, meiosis is divided into eight
phases. The phases of meiosis I are prohase-i, metaphase-I, anaphase-I and telophase-I.
Similarly, the phases of meiosis-II are prohase-II, metaphase-II, anaphase-II and telophase-II.
Prophase is the first phase of cell division in both mitosis and meiosis. During this phase,
cohesion that is present throughout the length of the chromatids is removed except at the
centromere. The chromatids become more visible during this phase. In meiosis, the sub stages of
prophase-I include, leptonema, zygonema, pachynema, diplonema, diakinesis.
During the metaphase, two chromatids are formed from each chromosome by longitudinal
splitting. These chromatids form the chromosomes of daughter cells.
During anaphase, centromeres are pulled and the chromatids become separated and move
towards the opposite poles. These chromatids now are the chromosomes of the daughter cells,
and are pulled towards the centrioles by means of spindle fibres.
During “metaphase I and II” the chromosomes align at the midway between the two opposite
spindle poles.
In the stage of telophase, cytoplasmic division of the cell takes place (cytokinesis) during which
each of the daughter cell receives one of the daughter nuclei. The interval between each division
is called interphase.
During meiosis, the homologous chromosomes align during the prophase. These chromosomes
crossover at some point and rejoin to form recombinant chromatids, and move towards the
opposite poles during anaphase. The chromosomal crossover occurs during metaphase-I of the
meiosis,
In mei.
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Beckman Investments is considering an investment with the following cash flows:
CF0 -$500,000
CF1 $125,000
CF2 $150,000
CF3 $175,000
CF4 $630,000
What is the rate of return on this investment?
a.) 28.65%
b.)26.47%
c.)18.92%
d.)25.985%.
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chromosomes ( 2 n = 4 ) . What is independent assoriment? When cells divide during meiosis,
homologous chromosomes are randomly distributed to daughter cells, and different
chromosomes segregate independently of each other (that is they can line up on the metaphase
plate independent of each other). This called is called independent assortment. This process
increases genetic diversity in the products (the hapleid gametes) of meiosis. a. Do you best to
Illustrate how the metaphase plate will look when you consider independent assortment. b. Then
draw the resulting gametes- are they the same or different from the gametes in the left drawing?
4. Now consider this! The number of possible gametes is calculated by 2 ? . Humans have 46
chromosomes ( 2 n = 46 ) . How many unique gametes are possible?
