Before operating a dishwashing machine, an employee should (C) be properly trained.
Operating a dishwashing machine requires knowledge of the machine's controls and operation, as well as proper handling and washing techniques to ensure that dishes and utensils are thoroughly cleaned and sanitized.
Employees should receive training on the safe and proper use of the machine, including how to load and unload dishes, adjust water temperature and pressure, and properly dispense detergent and sanitizer.
While wearing a plastic apron and mixing soap and sanitizer are important steps in the dishwashing process, they are not specific to operating the machine itself.
Therefore, the correct option is (c).
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Describe how mesenchymal stem cells can give rise to different types of cell (4)
Here are the four ways in which MSCs can differentiate into different cells types: Here are the four ways in which MSCs can differentiate into different cell types, Chondrogenesis, Adipogenesis and Myogenesis.
Mesenchymal stem cells (MSCs) are multipotent stem cells that can develop into a wide range of cell types. MSCs can differentiate into four different cell types in four different ways:
Osteogenesis: MSCs have the ability to develop into bone cells known as osteoblasts, which are in charge of bone tissue production. Chondrogenesis: MSCs can develop into chondrocytes, which are cartilage cells responsible for the production of new cartilage tissue. Adipogenesis: MSCs can develop into fat cells known as adipocytes, which are responsible for adipose tissue production. MSCs have the ability to develop into muscle cells known as myocytes, which are responsible for the production of new muscle tissue.For such more question on cells:
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within the subcortex, the thalamus is responsible for
The thalamus is responsible for relaying sensory information (except for olfactory) to the cerebral cortex, regulating consciousness, sleep, and alertness, and also playing a role in motor control.
The thalamus is a paired structure located in the brain that serves as a relay station for sensory information, except for olfactory information, which is processed by the olfactory bulb. The thalamus receives sensory input from various sources, such as the eyes, ears, skin, and internal organs, and then relays this information to the appropriate areas of the cerebral cortex for further processing and integration. The thalamus is also involved in regulating consciousness, sleep, and alertness, as well as playing a role in motor control by relaying information from the cerebellum and basal ganglia to the motor cortex.
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According to psychoanalytic theory, children in middle childhood are in the ____________ stage of psychosexual development
According to psychoanalytic theory, children in middle childhood are in the latent stage of psychosexual development.
Psychosexual development is a key component of the psychoanalytic sexual drive theory in Freudian psychology. According to Freud, the erogenous parts of the child's body became the focus of their pleasure-seeking impulses as they went through various childhood stages.
Freud thought there was a time of diminished sexuality between the ages of seven and adolescence. According to Freud, sexual development in young children "can be seen to halt and regress" during this "latency period."
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Sister chromatids of a chromosome are joined at a region called the centrosome. TrueFalse
The statement is false. Sister chromatids of a chromosome are joined together at a region called the centromere, not the centrosome. The centrosome, on the other hand, is an organelle found in animal cells that is responsible for organizing microtubules during cell division.
During the S phase of the cell cycle, DNA replication occurs, resulting in the formation of two identical sister chromatids, which are held together at the centromere. The centromere contains a specialized region of DNA called the kinetochore, which serves as an attachment site for microtubules of the spindle apparatus during cell division. The centrosome plays a critical role in the organization and assembly of the spindle apparatus during cell division. The centrosome contains two centrioles, which serve as the organizing centers for the microtubules that make up the spindle apparatus. The spindle apparatus is responsible for separating the sister chromatids during cell division, ensuring that each daughter cell receives a complete set of chromosomes.
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Which statement about how energy flows through this ecosystem is supported by this ecological pyramid?
OA. The coyotes' trophic level has the smallest amount of energy available.
OB. Energy from the prairie dog's trophic level comes from the third level.
OC. There is more energy available at the vulture's trophic level than at the lower levels.
OD. The grasses' trophic level has the largest amount of energy available.
The statement that is supported by this ecological pyramid is (C) "There is more energy available at the vulture's trophic level than at the lower levels."
The ecological pyramid is a graphical representation of the flow of energy through an ecosystem. In this particular pyramid, we can observe the different trophic levels, which are the different levels of the food chain. This is supported by the fact that as we move up the pyramid, from the producers (grasses) to the primary consumers (prairie dogs) to the secondary consumers (coyotes) and finally to the tertiary consumers (vultures), the amount of energy available decreases.
This is because energy is lost at each trophic level through metabolic processes such as respiration and heat loss. For example, the grasses convert sunlight into energy through photosynthesis and store it as biomass. When the prairie dogs consume the grasses, they obtain a portion of that energy.
However, only a fraction of the energy from the grasses is transferred to the prairie dogs because some energy is lost as heat during respiration and digestion. Similarly, when the coyotes consume the prairie dogs, they obtain a smaller amount of energy compared to the prairie dogs. And when the vultures consume the coyotes, they receive an even smaller amount of energy.
Therefore, the vulture's trophic level has the highest amount of energy available compared to the lower levels. This is because the vultures are positioned at the top of the food chain and receive the least amount of energy loss from the previous trophic levels. The correct answer is C.
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_____ _______ reduces the impacts of competition through differences in organisms ecological niches
Ecological niche reduces the impacts of competition through differences in organisms. Ecological niche differentiation refers to the process by which species evolve to occupy different ecological niches, allowing them to coexist and reduce the impacts of competition.
Ecological niches are the specific roles that species play in an ecosystem, including their interactions with other species and the physical environment.
When two species have overlapping niches, they compete for the same resources, which can limit their growth and reproduction. Through ecological niche differentiation, species can evolve different traits that allow them to utilize different resources or occupy different habitats, reducing competition and promoting coexistence.
For example, two species of finches may have different beak sizes and shapes that allow them to specialize in different types of seeds. Overall, ecological niche differentiation is an important process for maintaining biodiversity and ecosystem function, as it allows multiple species to coexist and perform different ecological functions.
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4a. what type of tissue is this? (include subtype) 4b. name the cell indicated by the pointer erythrocyte
Erythrocytes, also known as red blood cells, are the most common type of blood cell in the human body. They are a subtype of blood tissue, which is a type of connective tissue.
Erythrocytes are biconcave in shape, with a diameter of around 7.5 micrometers. They are specialized cells that contain a protein called hemoglobin, which allows them to transport oxygen from the lungs to the body's tissues and organs. They also help to remove carbon dioxide, a waste product of cellular metabolism, from the body.
The production of erythrocytes is controlled by the hormone erythropoietin, which is produced by the kidneys in response to low oxygen levels in the body. In healthy individuals, erythrocytes have a lifespan of around 120 days before they are broken down and replaced by new cells.
Overall, erythrocytes are an important component of the blood and play a vital role in oxygen transport and waste removal in the body.
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Control of temperature, of autonomic nervous reflexes, of hunger, and of sleep are functionsassociated with theA) thalamus. B) medulla. C) hypothalamus. D) cerebellum.
Control of temperature, autonomic nervous reflexes, hunger, and sleep are functions associated with the (C) hypothalamus.
The hypothalamus is a small, yet essential region of the brain that plays a crucial role in regulating various vital functions, including maintaining the body's internal balance, or homeostasis. Temperature regulation is one of the primary responsibilities of the hypothalamus, as it ensures the body stays within an optimal temperature range by detecting changes in internal temperature and initiating necessary responses, such as sweating or shivering.
Autonomic nervous reflexes are also managed by the hypothalamus, as it controls the autonomic nervous system that influences involuntary bodily functions like heart rate, blood pressure, and digestion. This control allows the hypothalamus to maintain the body's overall balance and well-being.
The hypothalamus is also responsible for regulating hunger by releasing hormones that signal the body's need for food intake or energy conservation. This regulation helps to maintain a healthy body weight and ensures the body has the energy it requires for daily functioning.
Lastly, the hypothalamus plays a significant role in sleep regulation by controlling the sleep-wake cycle, also known as the circadian rhythm. It does this by releasing specific hormones and neurotransmitters that help initiate sleep or wakefulness, ensuring a consistent sleep pattern for optimal health and well-being.
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Interaction:Unicellular algae (1) live inside cells of corals (2)
The interaction between unicellular algae and corals is known as coral-algae symbiosis, where unicellular algae, also known as zooxanthellae, live inside the cells of corals.
This relationship is mutually beneficial, as the algae provide the coral with energy through photosynthesis, while the coral provides the algae with a protected environment and the necessary nutrients for photosynthesis. The photosynthetic activity of the algae also helps to maintain the pH balance and oxygen levels within the coral's tissues, which is essential for the coral's survival. In addition, the presence of the algae gives corals their vibrant colors, which attracts fish and other marine organisms, helping to support a diverse ecosystem.
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The following are examples of extracellular enzymes produced by some bacteria are
Extracellular enzymes are proteins secreted by bacteria to function outside the cell. These enzymes play crucial roles in various processes, including nutrient acquisition, host-pathogen interactions, and biofilm formation.
Here are some examples of extracellular enzymes produced by bacteria:
1. Proteases: These enzymes break down proteins into smaller peptides and amino acids, facilitating nutrient uptake. One example is the subtilisin produced by Bacillus subtilis, which is used in detergent and cleaning products.
2. Lipases: These enzymes catalyze the hydrolysis of lipids, releasing fatty acids and glycerol. Pseudomonas aeruginosa produces lipase, which has applications in the food, detergent, and pharmaceutical industries.
3. Cellulases: These enzymes degrade cellulose, a primary component of plant cell walls. Cellulomonas species secrete cellulases, aiding in the decomposition of plant material and the production of biofuels.
4. Amylases: These enzymes break down starch into smaller sugar molecules. Bacillus amyloliquefaciens produces an amylase that has applications in the food and brewing industries.
5. Nucleases: These enzymes cleave nucleic acids into smaller fragments. Staphylococcus aureus produces a nuclease that aids in bacterial invasion and evasion of the host immune system.
6. Hyaluronidases: These enzymes degrade hyaluronic acid, a component of the extracellular matrix. Streptococcus pyogenes produces a hyaluronidase that facilitates bacterial spread within host tissues.
In summary, extracellular enzymes produced by bacteria play vital roles in various biological processes and have wide-ranging applications in industry and medicine. Their diverse functions underscore the importance of understanding and harnessing their potential.
complete question
"The following are examples of extracellular enzymes produced by some bacteria
urease, amylase, DNase"
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Certain proton pump inhibitors that inhibit secretion of stomach acid are among the most widely sold drugs in the world today. What pump does this type of drug inhibit, and where is this pump located?
The H+/K+ ATPase pump on the parietal cells in the stomach is inhibited by proton pump inhibitors, which lowers the release of stomach acid.
Drugs called proton pump inhibitors (PPIs) prevent the stomach from secreting gastric acid. They function by preventing the proton pump from pumping hydrogen ions into the stomach, which causes the stomach to secrete gastric acid. The parietal cells of the gastric mucosa, which make up the stomach's lining, are home to the proton pump. PPIs are frequently prescribed to patients for illnesses like Zollinger-Ellison syndrome, GERD, and peptic ulcers. However, extended PPI use has been linked to a number of negative side effects, such as a higher risk of infections and bone fractures.
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Each neighborhood in the fractal encompasses just a single pixel.true/false
A fractal typically consists of multiple pixels or iterations, and each neighborhood within the fractal (i.e. a section of the fractal) may encompass multiple pixels. The term "fractor" is not commonly used in the context of fractals, but "pixel" refers to the smallest unit of an image or digital display.
In the context of fractals, the term "fractor" may be a typo, and the question likely refers to "fractal." Each neighborhood in a fractal does not necessarily encompass just a single pixel. Fractals are complex patterns that can have varying levels of detail and scale, and a neighborhood within a fractal may consist of multiple pixels depending on the resolution of the image.
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which of the following most often controls the rate of nutrient cycling in ecosystems? group of answer choices a) rate of decomposition of detritus b) a combination of primary and secondary productivity c) the water cycle d) the carbon cycle e) both b and c
The rate of nutrients cycling in ecosystems is Rate of decomposition of detritus. Therefore the correct option is option A.
The rate of detritus decomposition is the process that most frequently influences the rate of nutrient cycling in ecosystems. Detritus is composed of decomposing organic stuff such as fallen leaves, dead animals, and other organic detritus.
Decomposers such as bacteria, fungi, and other microbes break down these compounds, releasing nutrients back into the ecosystem. A number of factors influence the pace of decomposition, including temperature, moisture, and nutrient availability.
The rate of nutrient cycling has a substantial impact on ecosystem production because it determines the availability of nutrients for primary producers like plants, which are the foundation of the food chain. Therefore the correct option is option A.
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The spleen initiates an immune response when antigens are found in the blood. This function is associated with the _____ pulp.
The spleen initiates an immune response when antigens are found in the blood, and this function is associated with the white pulp of the spleen.
The white pulp of the spleen includes T and B lymphocyte clusters, which are critical components of the immune system. When antigens are identified in the blood, antigen-presenting cells (APCs) in the white pulp collect and present the antigens to T and B lymphocytes.
This causes an immunological response, which includes the generation of antibodies as well as the activation of additional immune cells to target the invading antigens.
The red pulp of the spleen, on the other hand, is primarily responsible for removing old or damaged red blood cells from circulation, as well as storing and releasing iron.
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N-linked oligosaccharides:promote proper protein folding.confer stability on many secreted glycoproteins.play a role in cell adhesion.All of the answers are correct.None of the answers is correct.
N-linked oligosaccharides play various roles in cellular functions. They promote proper protein folding, confer stability on many secreted glycoproteins, and play a role in cell adhesion. Therefore, all of the answers are correct.
N-linked oligosaccharides are complex carbohydrate structures that are covalently attached to certain asparagine residues in the protein backbone of many secreted and membrane-bound glycoproteins. They are involved in various cellular functions, including protein folding, stability, and cell adhesion. N-linked oligosaccharides can promote proper protein folding by acting as a chaperone during protein synthesis and by preventing protein misfolding and aggregation. They can also confer stability on many secreted glycoproteins by protecting them from proteolytic degradation and by regulating their half-life in the extracellular environment. Additionally, N-linked oligosaccharides can play a role in cell adhesion by interacting with specific receptors and ligands on neighboring cells or the extracellular matrix. Overall, N-linked oligosaccharides are essential for many biological processes and their dysregulation has been implicated in various diseases.
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Which is the most common method of tree harvesting for an even-aged forest stand?
Shelterwood cutting
Selective cutting of groups of trees
Selective cutting of single trees
Clear-cutting
Answer:
Selective cutting of single trees
You are a botanist interested in studying varieties of trees that can only survive in a narrow temperature range. Where would be the best place for you to conduct your research?a) extreme southern hemisphere b) the tropics c) mid-latitudes d) extreme northern hemisphere
As a botanist interested in studying tree varieties with a narrow temperature range, the best place for you to conduct your research would be in the mid-latitudes (c).
The best place for a botanist interested in studying varieties of trees that can only survive in a narrow temperature range would be mid-latitudes. This is because the mid-latitudes offer a moderate temperature range that is not too hot or too cold, which makes it ideal for the growth and survival of trees. The extreme southern and northern hemispheres have very cold temperatures, while the tropics have high temperatures and humidity levels that may not be suitable for the survival of certain tree species. Therefore, the mid-latitudes would provide the best conditions for conducting research on trees that require a narrow temperature range.
As a botanist interested in studying tree varieties with a narrow temperature range, the best place for you to conduct your research would be in the mid-latitudes (c). This region typically experiences a more moderate climate, allowing you to study tree species adapted to specific temperature ranges. The tropics and extreme northern and southern hemispheres have more extreme temperatures, which may not be suitable for your research focus.
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bb** The result of this cross indicates that the flat headtop allele is dominant to the wild-type headtop.Thus, the only way to express a wild-type headtop is to be homozygous recessive.The result of the following cross indicates that the genotype of the female parent is _____.
The result of the following cross indicates that the genotype of the female parent is phenotype.
A person must be homozygous recessive for the headtop gene to express the wild-type phenotype.
We may set up the following cross using the notation H for the headtop gene and indicating the dominant flat allele with F and the recessive wild-type allele with f:
Ff x ff (flat headtop x wild-type headtop)
All of the kids have flat headtops, indicating that the F allele is present in all of them. This means that his genotype is Ff or FF because his male parent must have given a F allele.
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Question 18
Which one of the following is not a major source of human exposure to dioxin?
Consumption of contaminated:
a. fish
b. meat c. dairy products
d. water
Consuming animal-based foods that contain higher amounts of fat can increase the risk of exposure to dioxins.
d. water is not a major source of human exposure to dioxin. While dioxins can enter water bodies through industrial processes, most human exposure to dioxins occurs through the consumption of contaminated animal-based foods such as fish, meat, and dairy products. Dioxins are persistent organic pollutants that can accumulate in the food chain, particularly in fatty tissue.
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Describe jet propulsion and control of direction in a squid
The combination of jet propulsion and precise control of direction allows squid to move through the ocean with speed and agility, making them formidable predators and efficient hunters.
Jet propulsion is the primary means of locomotion in squid, where they use muscular contractions to force water out of their mantle cavity through a narrow, tubular structure called the siphon. This creates a powerful jet of water that propels the squid through the ocean at high speeds. Squid have developed a sophisticated control system that enables them to change direction quickly while swimming. They use fins and flaps located on their mantle to maneuver and adjust their trajectory. Additionally, they can also adjust the angle and direction of their siphon, allowing them to direct the flow of water and adjust their speed and direction of travel.
Overall, the combination of jet propulsion and precise control of direction allows squid to move through the ocean with speed and agility, making them formidable predators and efficient hunters.
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Of the following types of RNA, which is one of the determining factors in cell differentiation?A) tRNAB) rRNAC) mRNAD) No type of RNA is a determing factor in cell differentiation.E) cRNA
The correct answer is (C) mRNA. Messenger RNA (mRNA) is the type of RNA that carries genetic information from DNA to ribosomes, where it is translated into proteins that perform various functions in the cell.
The specific proteins produced by a cell are a key factor in determining the cell's identity and function, so mRNA plays a critical role in cell differentiation. The other types of RNA (tRNA, rRNA, cRNA) are also important in protein synthesis, but they do not directly contribute to cell differentiation. Messenger RNA (mRNA) plays a crucial role in the process of cell differentiation, where undifferentiated cells become specialized in structure and function. This is because mRNA carries genetic information from DNA to ribosomes, where it is translated into proteins that perform various functions in the cell, including determining cell identity and function.
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Regions of chromosomes where nonsister chromatids cross over are called _____. ( Concept 10.3)inversionshomologskinetochoreschiasmatatetrads
Regions of chromosomes where nonsister chromatids cross over are called chiasmata. Chiasmata are the sites of crossing over, which is a process that occurs during meiosis I.
In this process, homologous chromosomes (non-sister chromatids) pair up and exchange genetic material at chiasmata. This results in the creation of new combinations of alleles on the chromosomes, which increases genetic diversity in the gametes that are produced.
Chiasmata are formed as a result of the physical exchange of genetic material between homologous chromosomes, which is facilitated by a protein complex called the synaptonemal complex. During this process, the DNA molecules of the non-sister chromatids are broken and then rejoined in a process called recombination or crossing over.
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What happens when an organism suffers or dies form lack of food? (Vocabulary)
When an organism suffers or dies from lack of food, it undergoes starvation.
When an organism suffers or dies from a lack of food, it experiences malnutrition, which can lead to weakened immune systems, impaired growth and development, and eventually, starvation. In extreme cases, this can result in the organism's death due to the inability to maintain vital bodily functions.
Starvation can lead to a number of physiological changes such as a decrease in body weight, loss of muscle mass, and a weakened immune system. As the body tries to conserve energy, the metabolism slows down and the body begins to break down stored fat and muscle tissue to provide energy. If the lack of food continues, the body will eventually be unable to sustain itself and the organism will die from starvation.
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Suppose that you perform the cross discussed in Part B: MmDdPp x mmddpp. You plant 1000 tomato seeds resulting from the cross, and get the following results: Use the data to complete the linkage map below. Drag the labels onto the chromosome diagram to identify the locations of and distances between the genes. Use the blue labels and blue targets for the genes; use the white labels and white targets for the distances. Gene m has already been placed on the linkage map.
The completed linkage map would look like this:
m--(3mu)--d--(2mu)--p.
To create a linkage map, we need to determine the order of the genes on the chromosome and the distance between them based on the frequency of recombination events. From the given data, we can calculate the recombination frequencies between each pair of genes:
m-d: 30/1000 = 0.03 or 3%d-p: 20/1000 = 0.02 or 2%m-p: 10/1000 = 0.01 or 1%m-m: 950/1000 = 0.95 or 95%Based on these recombination frequencies, we can place the genes in the order m-d-p, with distances of 3 map units (mu) between m and d, and 2 mu between d and p. We can also confirm the location of m at one end of the chromosome, since it has the highest frequency of association with itself (95%).
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What are the two genes on the pGLO plasmid?
The two genes on the pGLO plasmid are the GFP gene and the bla gene.
The GFP gene, or green fluorescent protein gene, originates from the jellyfish Aequorea victoria. When expressed in bacteria, this gene produces a protein that fluoresces green under UV light. This fluorescence is a visible marker, allowing researchers to easily identify which bacterial cells have successfully taken up the pGLO plasmid.
The bla gene, also known as the ampicillin resistance gene, encodes the enzyme beta-lactamase. This enzyme breaks down the antibiotic ampicillin, allowing bacteria carrying the pGLO plasmid to grow in the presence of this antibiotic. When bacterial cells are grown on agar plates containing ampicillin, only those with the bla gene (and thus the pGLO plasmid) will survive, making it a useful selection tool.
In summary, the pGLO plasmid contains two genes: the GFP gene, which allows for easy identification of transformed cells through green fluorescence, and the bla gene, which provides ampicillin resistance for selection purposes.
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Three major factors alter allele frequencies and bring about most evolutionary change:
The three instruments that straightforwardly modify allele frequencies to achieve transformative change are regular choice, hereditary float, and quality stream.
Gene flow, natural selection, and genetic drift are the mechanisms that alter allele frequencies over time.
Populations are thought to evolve primarily through natural selection. However, there are a number of additional mechanisms of evolution, such as gene flow, genetic drift, and mutation.
There are three different sources of genetic diversity: gene migration, mutation, and recombination. Genetic variation and evolution are driven by mutation.
Both groups of scientists agree that the single most significant factor in species evolution is natural selection. One thing is certain, regardless of how quickly or slowly the change occurs: Over time, organisms have developed.
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Compare all of the codons for Proline. What are the similarities and differences?
Proline is an amino acid that has four different codons in the genetic code.
The codons for Proline are CCU, CCC, CCA, and CCG.
These codons are all similar in that they each code for Proline, which is a nonpolar amino acid with a cyclic side chain.
The only difference between the codons is the third nucleotide in each sequence.
The codons CCU and CCC both have a U nucleotide as their third nucleotide, while CCA and CCG both have an A and G nucleotide, respectively, as their third nucleotide.
These differences are known as synonymous substitutions, which do not alter the amino acid sequence of the protein.
However, they can affect the efficiency of protein synthesis, translation rates, and mRNA stability.
Therefore, while the codons for Proline are similar in their function, they have some subtle differences that can affect protein synthesis.
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Question 8 Marks: 1 The genetic harm done by radiation is not cumulative.Choose one answer. a. True b. False
The statement "The genetic harm done by radiation is not cumulative" is false.
Radiation damage to cells' DNA and other genetic components has the potential to result in mutations, cancer, or other health issues. Radiation damage is inversely correlated with the dose absorbed, with larger doses producing greater damage.
Low radiation doses may not have an immediate negative effect, but repeated exposure to low radiation levels can have a cumulative effect, where DNA damage builds up over time. This may raise your risk of developing cancer and other illnesses.
Additionally, some radiation types, such as ionizing radiation, are particularly bad for DNA and can harm the body more over time even at modest levels.
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Help me with this!
Meiosis is divided into parts: Meiosis 1 and Meiosis 2. Each part of Meiosis has 5 steps:
Prophase, Metaphase, Anaphase, Telophase, and cytokinesis (PMAT). Interphase happens
BEFORE meiosis begins (cell prepares for division by duplicating DNA). Make a sketch of
each step and include a brief description on what is happening in that step.
Meiosis is a specialized type of cell division that occurs in sexually reproducing organisms. It results in the formation of haploid gametes, which contain half the number of chromosomes found in a diploid cell. Meiosis is divided into two stages: meiosis I and meiosis II.
Meiosis I is the first stage of meiosis and is characterized by the pairing of homologous chromosomes, which results in the formation of tetrads. During prophase I, homologous chromosomes exchange genetic material through a process called crossing over. This genetic exchange between homologous chromosomes results in the generation of new combinations of alleles, thereby increasing genetic diversity. Meiosis II is the second stage of meiosis and involves the separation of sister chromatids, which results in the formation of four haploid daughter cells.
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If a cell has 24 chromosomes, how many chromosomes would each of its four daughter cells have after meiosis?1236six24
If a cell has 24 chromosomes before division, the daughter cell that divides during mitosis will have 24 chromosomes, and the daughter cell that divides during meiosis will have 12 chromosomes.
The cell will go through two rounds of cell division after meiosis, which will produce four haploid daughter cells with half as many chromosomes as the parent cell.
Every girl cell will have half of the first 46 chromosomes or 23 chromosomes. There are two sister chromatids on each chromosome. Now, the daughter cells enter the third and final meiosis phase: II meiosis
When a cell divides into two cells through the process of mitosis, each daughter cell has 24 chromosomes. Mitosis is a course of division of cells where a parent cell separates into two little girl cells every one of which is hereditarily very much like the parent cell.
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