The study of biological diversity and the evolutionary relationships between organisms is called phylogenetics.
Classification is a way of grouping and categorizing based on certain characteristics. One type of classification by looking at the characteristics of the species in which the classification system of living things based on kinship relationships that occur between organisms and adjusted based on the evolutionary process is called phylogenetic classification.
The phylogenetic system is based on how closely related organisms or groups of organisms are. Organisms that are closely related have more characteristics in common than organisms that are more distantly related. Such as morphological, anatomical, physiological, and behavioral features.
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You want to fertilize a large tree with nitrogen, phosphorus, and potassium (NPK). Discuss the importance of fertilizer placement for each of these elements for successful fertilization.
In commercial fertilizers, the "Big 3" primary nutrients are nitrogen, phosphorus, and potassium, or NPK. These essential elements all have a significant impact on plant nutrition.
Plants absorb nitrogen more than any other element in fertilizers, making it the most crucial nutrient. For plants to grow and thrive, large quantities of nitrogen, phosphorus, and potassium fertilizers are required. Plants that are nourished properly are more prolific and healthy. But if you don't add fertilizer, your soil could not provide enough nutrients for maximum development. Because it promotes root, stock, and fruit growth, phosphorus is essential for crop growth. Crop soil deficient in phosphorus will result in flimsy plants that are prone to withering, discolouration, and subpar fruit. In order for water to be retained and absorbed in agricultural soil, potassium is essential.
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which of the following exerts tonic (ongoing) inhibition over the va/vl thalamic nuclei? striatum substantia nigra pars compacta subthalamic nucleus globus pallidus
The va/vl thalamic nucleus are under the tonic (constant) inhibition of the globus pallidus.
Therefore, the subthalamus is disinhibited as a result of the striatum's functional inhibition of the external globus pallidus. Because of this, the subthalamic neurons become more active, stimulating the globus pallidus' internal segment, which ultimately suppresses the thalamic nuclei. The indirect pathway produces, or reinforces, the normal inhibition of the thalamus, whereas the direct pathway results in the dysregulation of a thalamus nucleus (inhibition of one cell on a target cell that subsequently inhibits the first cell). The principal output of the BG is provided by GABAergic neurons of the pars reticulata, which inhibit thalamic neurons, as well as dopaminergic nucleus of the pars compacta, which regulate thalamic excitability. Together, these two types of neurons make up the substantia nigra (SN).
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a vascular cambium cell divides to produce an inner and an outer daughter cell. which outcome represents the probable fate of these cells?
Vascular cambium cells divide to produce inner and outer daughter cells. Which result describes the expected fate of these cells? The inner cells differentiate into xylem and the outer cells divide again.
Vascular cambium {vascular cambium} The vascular cambium is a cylindrical meristematic tissue found between the xylem and phloem of plant roots and stems. Its function is to widen the diameter of roots and stems. It also contributes to the formation of wood texture. When germinated in Eudicot seeds, the radicle emerges from the seed coat while the seed is still buried in the ground. In eucotyledons (like legumes), the hypocotyls are hook-shaped and the feathers point down the vascular cambium. A cylinder of meristematic cells between wood and bark. - Consists of radial and spindle-shaped initial cells. Functions of the vascular cambium. - Generates secondary vascular tissue.
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Neurexins are cell adhesion proteins that are important for connecting neurons at the synapse. Mammals have 3 neurexin genes. However, 2000 forms of neurexin proteins are found in cells where they play a role in determining synapse specificity. What mechanism most likely underlies this diversity?.
The mechanism that most likely underlies diversity associated with 2000 forms of neurexin proteins that are found in cells where they play a role in determining synapse specificity is alternative mRNA splicing.
What is the cellular process of alternative mRNA splicing?The cellular process of alternative mRNA splicing refers to the linking of the exons during the processing of the primary mRNA transcript after transcription, which is well known to increase the types of proteins that can be obtained from a particular gene sequence.
Therefore, with this data, we can see that the cellular process of alternative mRNA splicing is a cellular process associated with the formation of different forms of a gene which are called isoforms and this process is related to the huge diversity of similar proteins we can found in an organism which are generated by a single gene.
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Buffalo graze on the grasses of the North American plains, while yaks graze on grass in northern Asia. How do Darwin's categories of species variation apply to this comparison?
They both adapted to be able to eat what vegetation was thriving at that time.
Natural selection is the process by which living organism populations adapt and change. Individuals in a population are naturally variable, which means they differ in some ways. This variation indicates that some people have traits that are better suited to their environment than others.
Natural selection is the process by which advantageous traits become more likely in future generations. Adaptation is a trait that changes depending on the environment. Natural selection results in adaptation, or a population dominated by organisms that are anatomically, behaviorally, and physiologically well suited to survive and reproduce in a particular environment.
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Cell division is the process of taking a parent cell and splitting it into 2 new genetically identical daughter cells. All organisms go through the process of cell division. What do bacteria use cell division for and how?.
However, in the case of a bacterium, cell division serves purposes other than simply producing more cells for the organism. Instead, it is how bacteria multiply, or increase the number of bacteria in a population.
What does cell division entail and why is it important?When people talk about "cell division," they typically mean mitosis, which is the process of creating new cells for the body. The cell division process known as meiosis is what produces egg and sperm cells. A vital process for life is mitosis.
How do bacteria divide their cells?In bacteria, cell division takes place when the membrane and peptidoglycan (PG) cell wall of the envelope layers infiltrate to form a septum that divides the cell into two compartments. Later on, the septal PG is hydrolyzed.
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If the cystic fibrosis allele protects against tuberculosis the same way the sickle-cell allele prusacts against malaria, then which of the following should true of a comparison between regions with and without tuberculosis? a. Cystic fibrosis deaths should be more common in regions with tuberculosis. b. Cystic fibrosis deaths should be less common in regions with tuberculosis. c. Cystic fibrosis deaths should be equally common in both types of regions. d. Regional differences in the cystic fibrosis death rate should be purely random and unpredictable.
The correct answer option(a) Cystic fibrosis deaths should be more common in the regions with tuberculosis.
Cystic fibrosis is a genetic disorder that affects mostly the lungs. Long-term issues include difficulty in breathing and coughing up mucus from lung infections. In a region where tuberculosis is present, cyctic fibrosis death will increase.
What are 5 symptoms of cystic fibrosis?
People with CF can have a variety of symptoms, including:
Very salty-tasting skin.Persistent coughing, at times with phlegm.Frequent lung infections including pneumonia or bronchitis.Wheezing or shortness of breath.Poor growth or weight gain in spite of a good appetite.Learn more about Cystic fibrosis to visit this link
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how do lymphatic capillaries differ from blood capillaries? illustration of lymphatic capillaries interacting with a systemic capillary bed. how do lymphatic capillaries differ from blood capillaries? illustration of lymphatic capillaries interacting with a systemic capillary bed. the walls of lymphatic capillaries are composed of endothelium. fluid flows in one direction in lymphatic capillaries. lymphatic capillaries are highly permeable. lymphatic capillaries are dead-end tubes.
Blood capillaries and lymphatic capillaries are similar, but lymphatic capillaries have closed ends and a bigger diameter.Unlike blood capillaries, lymph capillaries allow fluid entry but not exit through the cell walls.It is only capable of progress.Your lymphatic system includes lymphatic capillaries.
What distinguishes lymphatic capillaries from blood capillaries?
What distinguishes lymphatic capillaries from blood capillaries?have closed ends and are slightly larger in size than blood capillaries .They have a special structure that allows inter fluid to flow in and not escape.
How are veins and capillaries structured differently from lymphatic vessels?Lymphatic vessels have a structure similar to veins but are more numerous.Similar in size to veins, lymphatics have thinner walls, larger valves, a broader range in caliber, but less tortuous paths through the tissue than veins.Along their length, they also have lymph nodes in various locations.
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2. Explain how different versions of a gene determine whether or not a person has hemophilia?
The individual would have hemophilia if he has a dominant gene for hemophilia .
What is gene?The gene is the unit of inheritance that is found in the chromosome. We know that genes were the factors that Mendel talked about in his experiment. As such, when we talk about inheritance we have to think of these genes.
We also have to recall that genes occur in pairs. The pairs of the genes are called alleles. A pair of alleles would contain to genes. One gene would be dominant and the other would be recessive. The combination of the genes would determine the traits that would be expressed by the individual.
Thus the fact that the person possesses the dominant gene for hemophilia means that the trait would be observed in the person.
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Proteins are an important part of all organism’s structure and functioning. The biomolecule responsible for holding the blueprints to make all of these proteins is found in which biomolecule?
A- Nucleic acids
B- Fatty acids
C- Amino acids
D- Carbohydrates
explain why a genetically engineered plasmid would be engineered with ampicillin resistance and the lacz gene?
If the bacteria develops on an ampicillin plate and becomes blue as a result of the lacZ gene's hydrolysis of x-gal, this offers two forms of evidence that the bacteria has indeed incorporated the plasmid.
The majority of bacteria are free-living, omnipresent organisms that frequently just have one biological cell. They make up a sizable group of prokaryotic bacteria. Bacteria, which are typically a few micrometers long and were among the first life forms to appear on Earth, are found in most of its habitats. A plasmid is a little DNA molecule found inside a cell that can replicate on its own while being physically distinct from chromosomal DNA. Plasmids are used in recombinant DNA technology as cloning vectors for transferring and modifying genes because of their capacity for autonomous replication.
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in the figure, a straight wire carries a steady current i perpendicular to the plane of the page. a bar is in contact with a pair of circular rails, and rotates about the straight wire. the direction of the induced current through the resistor r is
The direction of the induced current through the resistor r is, option c there is no induced current through the resistor.
Induced current is the current that occurs when a conducting loop is subjected to a changing magnetic field. The following points are used to discuss the production of induced current:
There are a number of ways induced current can be produced when the conducting loop is exposed to a change in the magnetic field:
-By altering the magnetic field's strength.
- Inserting and removing the conductor from the magnetic field.
-Changing the distance between the conducting loop and the magnet.
-By altering the loop's area within the steady magnetic field.
in the image attached
The area vector is always perpendicular to the field.
So that
B.A=0.
Thus, The resistor conducts no induced current.
The correct answer is c.
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(Complete question)
in the figure, a straight wire carries a steady current is perpendicular to the plane of the page. a bar is in contact with a pair of circular rails and rotates about the straight wire. the direction of the induced current through the resistor r is
a. from a to b
b. from b to a
c. there is no induced current through the resistor
*Image attached*
Speckled chickens created by parents with feathers of two different colors(some black and some white). What are these chickens an example of?
A. codominance
B. incomplete dominance
C. multiple alleles
Answer:
a
Explanation:
which bone cells are responsible for bone resorption? osteocytes osteocytes osteogenic cells osteogenic cells osteoclasts osteoclasts osteoblasts
Osteoclasts are involved in bone resorption and contribute to bone remodeling in response to bone growth and changes in mechanical loads on the skeleton. Osteoclasts are also involved in the long-term maintenance of blood calcium homeostasis
Osteoclasts are large, multinucleated phagocytes located within or adjacent to depressions or depressions on the bone surface called resorption pits that are involved in degradation in a key process called bone resorption. Osteoclasts remove bone by dissolving minerals and breaking down matrix in a process called bone resorption. Osteoclasts are the derived from the same of the progenitor cells in the bone marrow that produce white blood cells. Osteoclasts are specialized multinucleated giant cells that resorb bone. This is primarily done by remodeling of the extracellular matrix. Osteoclasts are derived from monocyte fusion and have approximately 2-12 nuclei per cell.
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A homozygous blue eye person is crossed with a homozygous brown eye person what are genotypes and phenotypes of the offspring?
All the offspring produced from this cross will have the same phenotype which is brown eyes and the genotype will be heterozygous (Bb).
What is a genetic cross?Genetic crosses are made using Punnett squares to show how likely the offspring are to inherit the characteristics from their parents.
In the given question, a homozygous blue eye person with the genotype bb is crossed with a homozygous brown eye person with the genotype BB. Therefore, the genotype and phenotype of the offspring produced can be shown through Punnett square.
The allele B (brown eye) is dominant over the allele b (blue eye). Therefore, all the offspring produced will have brown eyes with the heterozygous genotype i.e., Bb.
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Which method does NOT introduce pollution to water?
A. agriculture
B. municipal
C. industrial
D. rain
Rain water method does NOT introduce pollution to water.
Why rain water is not introduce pollution to water?Rainwater is initially clean, but after it hits the ground and mixes with impurities, it becomes wastewater. So, whereas wastewater may be reused after being purified, rainfall cannot be reused since it is pure from the start.
Rainwater is typically devoid of hazardous pollutants, making it acceptable for irrigation. Another significant advantage is that it promotes aquifer productivity, which raises groundwater levels and decreases the requirement for potable water.
So, rain water method does not introduce pollution to water.
correct option: D
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because ginseng has bright-red seed heads that develop from its flowers after pollination, ginseng is a(n
Because ginseng has bright-red seed heads that develop from its flowers after pollination, ginseng is a angiosperm in the Plantae.
Pollen grains are moved from a flower's male anther to its female stigma during the process of pollination. Producing young for the following generation is the aim of every living thing, including plants. The process of generating seeds is one method that plants can reproduce. The process of pollination, which is most frequently carried out by an animal or the wind, involves moving pollen from an anther of a plant to its stigma in order to facilitate fertilisation and the subsequent development of seeds.
Flowers and fruits with seeds are produced by angiosperm plants. Out of all known live green plants, angiosperms make up about 80% of the total.
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consider that a plant with genotype rr has red flowers and a plant with genotype ww has white flowers. this plant species expresses incomplete dominance for flower color when the plant is heterozygous. the offspring of a cross between an rr plant and a ww plant would be (1 point) responses red and pink. red and pink. pink and white. pink and white. all white. all white. all pink.
When this plant species is heterozygous, the allele for red color is dominant over the allele for white color in the progeny of a cross between an RR plant and a WW plant. This plant species exhibits incomplete dominance for flower color. However, the blooms that are heterozygous for both alleles are pink.
What is incomplete dominance?
When an allele for a given trait is not fully expressed over its matched allele, it is said to exhibit incomplete dominance.
Between the red and white colored flowers, a monohybrid cross was made. Take into account that the pure breed of the red flower carries the RR pair of alleles, whereas the pure breed of the white flower carries the WW pair of alleles.
First, true-breeding flowers of the colors red (RR) and white (WW) were crossed. A pink flower with the Rr pair of alleles was created by the F1 generation.
After then, the F1 offspring was self-pollinated. This produced flowers that were red (RR), pink (RW), and white (WW), in that order.
Keep in mind that Mendel's monohybrid cross also produced the 1:2:1 genotype ratio for the F2 generation. However, from 3:1 to 1:2:1, the phenotypic ratio has changed. This variation is a result of the allele R's partial dominance over the allele W.
As a result, flowers' colors began to blend.
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you should notice that two of these three amino acids are the same despite being encoded by different codons, an example of the genetic code being
Two different amino acids are being encoded by different codons because they have to connect to different transfer RNA (tRNA) in different organisms.
There are 2 steps in the DNA sequence needed to be processed to become polypeptides/proteins. Transcription and translation. Transcription is a process from DNA sequence to mRNA. The translation is from mRNA being ‘translated’ into a protein chain/polypeptide.
In fact, different kinds of organisms encode amino acid chains using different kinds of codons. So even if codon series differ in two or more kinds of organisms, they will have the same protein produced.
Although part of your question is missing, you might be referring to this full question: why do some codons code for the same amino acid as another codon?
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what are some lines of evidence that suggest that small rnas may have initially evolved to protect the genome?
In certain species, they are implicated in the silencing of transposable elements in the germline. Cells can employ them to destroy viral RNA.
Numerous biological activities in plants, such as growth, metabolism, preservation of genomic integrity, defense against pathogens, and responses to abiotic stress are regulated by small RNAs. There is mounting evidence that short RNAs are essential for controlling how diseases interact with plants.
Molecular cues that specify the epigenetic stages of cells can also be provided by RNAs. To produce the long-lasting effects required for cellular memory & transgenerational inheritance, small RNAs can work alone or in conjunction with chromatin changes.
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What is one way radon destroys genetic information in lung tissue cells?\
A. Radon breaks up genetic information in DNA with high energy waves.
B. Radon destroys RNA in the cells nucleus.
C. Radon causes oxygen to to heat up and expand in the lungs which destroys the lung tissue.
I think its a or b but pls help me :P
One way that radon destroys genetic information in lung tissue cells is:
Radon breaks up genetic information in DNA with high-energy waves; option A.What is Radon?Radon is an element that is found in group 18 or 8A of the periodic table. The symbol of chemical symbol for radon is Rn and the atomic number is 86. The group 18 elements are all gases and are known as noble gases
Radon is radioactive, colorless, odorless, and tasteless.
Because of its radioactive nature, exposure to radon gas can cause damage to DNA resulting in mutations.
Radon causes mutation of DNA because it produces ionizing radiation that enters the cell's nucleus and causes damage to the DNA.
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in the desert, cactus seedlings only grow underneath trees or shrubs. the trees and shrubs provide shade, leaf litter for fertilization and moisture retention, and some protection from predators. what type of relationship do the cactus seedlings have with the trees and shrubs?
The type of relationship cactus seedlings have with the trees and shrubs is symbiotic relationship.
The Sahuaro cactus (Carnegiea gigantea), often known as a nurse plant, is frequently seen in the Sonoran Desert near canopies of trees and bushes. The local loss of specific nursing trees seems to be accelerated by this interaction, leading to a predictable pattern of species replacement. Thus, the cactus exhibit a symbiotic relationship with tress or shrubs in the desert.
The saguaro plays a crucial role in the Tohono O'odham people's culture and offers food and shelter to a variety of desert species. According to some reports, the saguaro can be ecologically related to almost every other species in its range, including people.
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when you arrive at work, you are unable to park your car in your assigned spot because someone has already parked there. what type of enzyme process could this be related to?
When you can't park because there's a car exactly where you normally park. This problem discusses enzymes that are analogous to a car that will park. The parking space represents the active site, the car is the substrate, and the other cars already in that space are the competition inhibition.
Competitive inhibitors are molecules blocking the active site so that the substrate must compete with the inhibitor for attachment to the enzyme. A non-competitive inhibitor is a molecule that binds to an enzyme somewhere other than the active site and reduces its effectiveness.
Competitive inhibitors cause side reactions that produce enzyme-inhibitor complexes and reduce the product formed.
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When microbes enter through a minor skin wound, resident ______ in the tissues destroy them. If these microbes are not rapidly cleared, the resident cells secrete _______ to recruit _______ for extra help.macrophages; cytokines; neutrophils
When microbes enter through a minor skin wound, resident macrophages in the tissues may destroy them. If these microbes are not cleared, the resident cells secrete cytokines to recruit neutrophils for extra help.
Numerous cell-surface receptors on neutrophils and macrophages enable pathogen recognition and engulfment. Among them are receptors that recognize patterns, like TLRs. Infection from a wound results from harmful microbes that live and multiply there. Infections at the site of a wound hinder and occasionally stop the healing process.
The microbes that infect wounds the most frequently are bacteria, and it is typical for a wound to have multiple bacterial infections. Coryneform bacteria, hemolytic streptococci, and S. aureus are the most prevalent primary skin pathogens. Usually, a skin break, such as an insect bite, allows these organisms to enter.
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the pid-5 is basically an extreme, negative version of the big five. it consists of what five traits?
The five traits of PID-5 are negative affectivity, detachment, antagonism, disinhibition, psychoticism.
A series of eight Five-Factor Model Personality Disorder (FFMPD) scales were developed to assess, from the perspective of the Five-Factor Model (FFM), the maladaptive traits included in the DSM-5 Personality Disorders Section II. Impaired personality functioning (Criterion A) and the presence of pathological personality traits are characteristics of PD (Criterion B). The PID-5's length, although its well-established reliability and validity, may restrict its usage in clinical practice and research. Relationships between PID-5 traits and other clinically relevant constructs for personality disorders have also been studied. For example, PID-5 traits have been linked general interpersonal impairment and dysfunctional beliefs. It was discovered that animosity and abnormal behavior were related. Overall, these results support the hypothesis that personality traits are associated with the Big Five model.
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The wall of the bladder has four layers. Which of the following layers contains a membrane that prevents reabsorption of urine stored in the bladder?
Mucosal
Adventitia
Detrusor
Connective tissue
Mucosal layer prevents the reabsorption of urine stored in the bladder.
What are the layers in the wall of urine ?
The wall of the urinary bladder has four layers. From the inside towards the outside they are: mucosa, submucosa, muscularis, and serosa or adventitia. The outside layer is either serosa or adventitia.
The inner lining of the urinary bladder is a mucous membrane of transitional epithelium that is continuous with that in the ureters. When the bladder is empty, the mucosa has numerous folds called rugae. The rugae and transitional epithelium allow the bladder to expand as it fills.
Urea, together with water and other waste substances, forms the urine as it passes through the nephrons and down the renal tubules of the kidney. Two ureters. These narrow tubes carry urine from the kidneys to the bladder.
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Is a reduction division which produces cells with half the normal number of chromosomes.
Half of the chromosomes found in somatic cells, or the body's typical diploid cells, are found in gametes. Meiosis, a type of cell division that cuts the number of chromosomes in a parent diploid cell in half, produces haploid gametes.
Meiosis I, as was mentioned earlier, is the initial round of nuclear division that takes place during the development of gametes. Due to the fact that the resulting cells have half as many chromosomes as the parent cell, it is also referred to as the reduction division.
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Which type of change caused the new combination of traits in Gametes B and C?
The new combination is a change in the chromosome composition due to crossing-over.
The new combination is a change in the chromosome number due to nondisjunction.
The new combination is an alteration in the number of sugars in DNA.
The new combination is an alteration in the chemical composition of a gene.
The fungus pictured belongs to the one fungal phylum (Chytridiomycota) that has flagellated cells in its life cycle. The character state should be considered primitive since flagella are also found in more distantly related organisms such as animals. Thus, other fungi presumably belong to one or a few lineages that have lost the flagellum. True False
True. Flagella can be present in all direction of the organism or maybe absent totally.
Flagella is a locomotory appendage of most of the bacteria. As according to the question, primitively fungi used to have flagella but since lineages they evolved and lost it.
The vegetative body of a fungus is a unicellular or multicellular thallus. Unicellular fungi are called yeasts. Multicellular fungi produce threadlike hyphae. Dimorphic fungi can change from the unicellular to multicellular state depending on environmental conditions.
Most members of the kingdom Fungi are nonmotile. However, flagella are produced by the spores and gametes in the primitive Phylum Chytridiomycota. The vegetative body of a fungus is a unicellular or multicellular thallus. Unicellular fungi are called yeasts. Multicellular fungi produce threadlike hyphae.
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Which type of atom is typically released when a uv photon interacts with a chlorofluorocarbon?.
A chlorine atom is generally produced when a UV photon interacts with a chlorofluorocarbon.
When a UV photon interacts with a CFC, the connection between the chlorine and fluorine atoms is broken, resulting in the release of a chlorine atom.
What exactly are chlorofluorocarbons?
Are a class of synthetic compounds that comprise carbon, chlorine, and fluorine atoms. They are known to be extremely harmful to the ozone layer and are primarily released into the atmosphere through the use of aerosol products, refrigeration, and air conditioning systems.
What are the primary sources of CFC gas?
Chlorofluorocarbons were released into the air by refrigerators, air conditioners, various sprays, fire extinguishers, and paints. And this emission contributed to the ozone layer's depletion.
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