Diagnosis of paramyxoviruses is aided by viewing a syncytium or a multinucleate giant cell with cytoplasmic inclusion bodies .
A huge, cell-like structure known as a syncytium is created when two or more cells come together.
The order Mononegavirales contains the family of negative-strand RNA viruses known as Paramyxoviridae. Natural hosts are vertebrates. Measles, mumps, and respiratory tract infections are among the illnesses connected to this family.
By isolating the virus from swabs (oropharyngeal and/or cloacal), serology, or PCR testing, paramyxovirus can be identified. There is just supportive care available for paramyxovirus infection. Some viruses may give some persons transient conjunctivitis and flu-like symptoms.
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Which is NOT an example of a term used to describe luster?
A.) waxy
B.) shiny
C.) glassy
D.) metallic
The correct option is A. Waxy cannot be a term used to describe luster.
What is Luster?Lustre or luster is the way light interacts with the surface of an object which can be a crystal, rock, or mineral. The word traces its origins back to the Latin word lux, meaning "light", and generally implies radiance, gloss, or brilliance. A range of terms are used to describe lustre, such as earthy, metallic, greasy, and silky
Types of LusterLuster is a property of minerals, luster also varies widely, so there are many different types. Luster is divided into two categories: metallic and nonmetallic. The metallic minerals are opaque and shiny in appearance. Nonmetallic minerals don't look like metals.
Minerals with submetallic luster are ones that resemble a metal but, due to weathering and corrosion, have become less reflective or dull. Some examples are sphalerite and cinnabar.
In conclusion, luster can be described as many other names except waxy.
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What do you think thee molecule are larger or maller than a cell in the human body?
Molecules, which are composed of even smaller parts called atoms, are found in cells.
Why do molecules and cells differ in size?A cell is larger. Molecules, which make up the building blocks of cells, are composed of elements and their constituent atoms. The building block of everything is a molecule. Because a biological cell is composed of molecules, it cannot be bigger than a molecule.
What size cells make up the human body's largest and smallest parts?The biggest cell in the human body is the ovum (female gamete). Every month, a single cell is expelled from the ovary. Each ovum has a diameter of 0.1 mm. The sperm is the tiniest cell in the human body (male gamete).
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what can be done about species extinction (select all that apply; there are one to four possible correct answers)?
less travel Reduce tropical deforestation to a minimum, Reduce your meat intake to prevent the extinction of species.Cattle produced for beef are a large producer of methane, a more powerful greenhouse gas than carbon dioxide.
beef production is one of the main causes of extinction are deforestation globally. the habitat of species .The widespread extinction of habitat is arguably the biggest danger to many species. The particular habitats where endangered species dwell are best protected, according to scientists.
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What role does Acetylcholine play in the brain?
Acetylcholine changes neuronal excitability, impacts synaptic transmission, brings out synaptic plasticity, and coordinates the firing of groups of neurons.
I hope this helps!!!
describe the prgamization of proitein complexes within the cistae. explain how the complexes are involved in atp production
Complexes involved in ATP production in the prgamization of proitein complexes within the cistae.
* The electron transport chain is located on the cristae.
* As electrons move from one protein complex to another, hydrogen ions are pumped from the matrix into the inner membrane space.
* As hydrogen ions flow down a concentration gradient from the inner membrane space into the mitochondrial matrix, ATP is synthesized by the enzyme ATP synthase.
* ATP leaves the matrix by way of a channel protein.
Adenosine 5′-triphosphate abbreviated ATP and normally expressed without the five′-, is an essential “strength molecule” determined in all life forms. Mainly, it's miles a coenzyme that works with enzymes which include ATP triphosphatase to switch energy to cells via freeing its phosphate corporations.
Adenosine triphosphate (ATP) is the source of energy for use and garage at the cellular degree. The shape of ATP is a nucleoside triphosphate, including a nitrogenous base (adenine), a ribose sugar, and 3 serially bonded phosphate corporations.
The ATP is used for diverse mobile capabilities, consisting of the transportation of various molecules throughout cell membranes.
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this vessel moves blood posteriorly in the earthworm. multiple choice question. posterior vessel ventral vessel dorsal vessel distributing vessel
The largest blood vessel in an earthworm's body, the dorsal blood vessel circulates blood from the front to back of the body as it cycles.
What is the anatomy of an earthworm's circulatory system?An earthworm has a closed circulatory system that circulates blood around its body through vessels. His body is equipped with five pumps, the aortic arches. Blood is transported from his back to his front by dorsal vessels.
Earthworm, what function do the lateral blood vessels serve?Some annelids have lateral hearts, which are blood vessels on either side of the alimentary canal that pump blood from the dorsal vessel to the ventral vessel. These blood vessels are also referred to as pseudo hearts or commissural vessels.
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why does a hormone act only on specific cell types in an organism and not others? see section 11.3 (page) .
Hormone act only on specific cell types in an organism and not others because it binds with a specific hormone receptor in a targeted cell.
What is a Hormone?To activate particular cells or tissues, a regulatory chemical is created in an organism and transferred in tissue fluids like blood or sap is known as hormone.
Basic example of hormone is Testosterone, Oxytocin, Adrenaline, Glucagon, etc.
What Is a cell?The smallest unit that can sustain life on its own and makes up all living things, including the body's tissues is called as Cell. The cell membrane, the nucleus, and the cytoplasm are the three primary components of a cell. The substances that enter and leave the cell are governed by the cell membrane, which encloses the cell.
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Vertebrate immune responses involve communication over short and long distances. Which of the following statements best helps explain how cell surface proteins, such as MHC proteins and T cell receptors, mediate cell communication over short distances? The proteins receive electrical signals from nerve cells. The proteins leave the cell and travel in the bloodstream to other cells. The proteins interact directly with proteins on the surfaces of other cells. The proteins bind to molecules secreted by cells located in other parts of the body
The immune system is made up of immune cells that provide defense and defend biological tissues and cells against immunogens.
The proteins on the surface of other cells and the proteins within other proteins immediately interact.
The immunological response facilitates lymphocytes' and T cells' regular functions.
Over short distances, the T-cells and MHC interact with the proteins on the external receptors of other cells.
The receptors bind the substances after recognizing them.
In response to external aggressions that might be physical, chemical, biological (pathogens), or internal, an organism's immune system is the group of biological parts and systems that enables it to maintain homeostasis, or internal equilibrium. recognizes the dangerous and reacts to it (either external or internal aggression).
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please match the hormones to their functions. - anp - aldosterone - renin - adh a. excretes na and water b. reabsorbs na and water c. converts angiotensinogen to angiotensin i d. reabsorbs water
Liver, liver function Blood pressure is raised and several processes are impacted by angiotensin II hormone Adrenal cortex, Aldosterone prevents salt and water loss.
What functions do aldosterone, ADH, and ANP serve?Atrioventricular Natriuretic Peptide Hormone
ANP also reduces water absorption (acting as a diuretic) and blood pressure by blocking the renal tubules' ability to absorb sodium. Aldosterone, ADH, and renin are all suppressed by its effects.
What does the ADH hormone do?a hormone that aids in blood vessel constriction and aids the kidneys in maintaining a healthy balance of salt and water in the body. This regulates both blood pressure and the volume of urine produced.
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which phrase accurately describes the mechanism of action and roles of conjugated equine estrogens (cees) in hormone replacement therapy?
Conjugated equine estrogens (cees) in hormone replacement therapy bind to nuclear receptors in estrogen-sensitive tissues to replace low hormone levels during menopause.
What is Conjugated equine estrogens (cees)?CEE is a natural formulation of extracts obtained from the urine of pregnant mares. The product's monogram states that it contains only 10 estrogens, consisting of the classical estrogens estrone and his 17 β-estradiol, as well as a unique group of ring-B unsaturated estrogens such as equirin and equilenin.
Side Effects of Conjugated Estrogen:
Stomach upsetNausea/vomitingBlottingBreast tendernessHeadacheWeight changeIf any of these effects persist or worsen, do not hesitate to tell your doctor or pharmacist right away. If a tablet is in your stool, tell your doctor right away.
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Spinocerebellar tract axons carry sensory information into the cerebellum by the ________________.
Spinocerebellar tract axons carry sensory information into the cerebellum through the inferior cerebellar peduncle
What is spinocerebellar tract?The dorsal spinocerebellar tract (DSCT), also known as the dorsal spinocerebellar tract, is the somatosensory part of the sensory nervous system that relays unconscious proprioceptive information from the lower extremities and trunk to the cerebellum. The spinocerebellar tract carries unconscious proprioceptive information from muscle spindles, Golgi tendon organs, and joint capsules to the cerebellum. The cell bodies of primary sensory neurons, which carry this information from such receptors to the spinal cord, are located in the dorsal root ganglia.
Damage to the thalamo-spinal tract within the spinal cord, as seen in Brown Square Syndrome, results in contralateral pain and hypothermia, and ipsilateral vibrations and proprioception transmitted through the dorsal column are affected.
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What events lead to the climax of Hamlet?.
There are two climax scene. The two climaxes of Hamlet set it apart from other plays. The first climax is when Polonius is killed by Hamlet in act 3, which releases the tension. Many characters pass away during it, ending the overall struggle of the entire piece.
Hamlet engages in blatantly aggressive behaviour and inevitably engages in confrontation with the king when he stabs Polonius through the arras in Act III, scene iv. Hamlet fatally stabs Polonius through the curtain after mistaking him for Claudius. Hamlet also attacks his mother for marrying Claudius so soon after her husband's passing, showing no agony in the process.
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which of the following steps occur during prophase of mitosis? choose one or more: a. the chromosomes replicate, showing two sister chromatids. b. the chromosomes attach to the mitotic spindle. c. the chromosomes condense. d. the nuclear envelope breaks down.
During the prophase of mitosis, the following steps take place.
Chromosomes narrow down.
Breakdown of the nuclear envelope.
To the mitotic spindle, the chromosomes adhere.
What does prophase mean in terms of mitosis?a mitotic division's initial stage. The chromosomes duplicate to create two very long, very thin strands called chromatids before prophase starts. The chromatids thicken and condense to form distinct bodies during prophase itself.
Prophase is the first stage of mitosis, which divides the duplicated genetic material present in a parent cell's nucleus into two identical daughter cells. The chromatin, or DNA and protein complex, that makes up the nucleus condenses during prophase.
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What are the 6 most common hygiene faults for food poisoning?.
Common causes of food poisoning include failing to thoroughly wash hands before preparing or eating food, using dirty utensils, cutting boards, or serving dishes, causing cross-contamination, and consuming dairy products or food containing mayonnaise that has been left out for an extended period of time.
Food poisoning is a disease caused by consuming tainted food. It is usually not serious, and most people recover in a few days without treatment. Most food poisoning cases are caused by bacteria, such as salmonella or Escherichia coli (E. coli), or viruses, such as the norovirus. Food poisoning symptoms include nausea, vomiting, stomach cramps, and diarrhea.
Food poisoning symptoms can appear four hours to one week after consuming a contaminated food item and can last as little as 24 hours or as long as a week. Another reason food poisoning goes undiagnosed is the variability in the onset and duration of symptoms.
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which of the following bacteria are the infectious organisms that colonize the teeth, help to form dental biofilm, and are responsible for the dental caries process? group of answer choices bacteroides forsythus streptococcus mutans prevotella intermedia eubacterium nodatum streptococcus inter
Streptococcus mutans is the bacterium that colonizes the teeth, contributes to the formation of dental biofilm, and causes dental caries.
Which of the following bacteria is an infectious agent that settles on teeth, contributes to the formation of dental biofilm, and causes dental caries?Dental decay is primarily caused by Streptococcus mutans. Several lactobacilli have been linked to the development of the lesion.
Tooth plaque dental caries and the prevalence of lactobacilli and streptococci known as Streptococcus mutans are related. From the beginning of caries formation, S. mutans is involved.
In addition to Lactobacillus spp. and Actinomyces spp., culture studies revealed that Streptococcus mutans is the main pathogen linked to caries. The 'specific plaque hypothesis' was put forth as a result of the identification of a few bacteria linked to caries.
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a measure of production that is calculated by subtracting autotrophic respiration from all primary production in an ecosystem is called .
A measure of production that is calculated by subtracting autotrophic respiration from all primary production in an ecosystem is called net primary production.
Aboutt primary production
Total primary productivity is known as gross primary productivity [GPP]. namely the speed of photosynthesis process or in other terms referred to as total photosynthesis or total assimilation. Not all of this productivity is stored as organic matter in growing plants, because plants use some of these molecules as fuel in their cellular respiration. Thus, net primary productivity [net primary productivity, NPP] equals gross primary productivity less the energy used by producers for respiration [Rs].
Primary productivity is divided into 2 types, namely:
a. Net Primary Productivity
Net primary productivity is the rate of storage of organic matter in plant tissues over a specified period of time.
Calculation formula:
NPP = GPP – Rs
Information:
NPP = Net primary productivity or rate of energy storage in the ecosystem.
GPP = Gross primary productivity or the rate of energy input into the ecosystem
Rs = Respiration or rate of energy used for ecosystem activities
b. Gross Primary Productivity
Gross primary productivity is the total rate of photosynthesis, including organic matter in respiration during a certain measurement time.
Calculation Formula:
GPP = NPP + R
Information:
NPP = Net primary productivity or rate of energy storage in the ecosystem.
GPP = Gross primary productivity or the rate of energy input into the ecosystem
Rs = Respiration or rate of energy used for ecosystem activities.
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If the tongue surface is completely dry, you can’t taste a salt crystal placed on the tongue. Why not?.
Answer:
Lack of liquid on the tongue
Explanation:
When the tongue is completely dry, it occurs that there is no saliva on it as it is this saliva that liquefies the salt crystal
How does polygenic inheritance relate to skin color?.
Polygenic inheritance refers to the inheritance of a trait ruled by multiple genes. commonly, 3 or greater genes govern the inheritance of polygenic developments. multiple impartial genes have an additive or similar effect on an unmarried quantitative trait.
The quantity and high quality of melanin are regulated by means of the expression of genes. The enzyme tyrosinase is normally answerable for the genetic mechanism that controls human skin color. Genetics determines constitutive skin shade, which is bolstered with the aid of facultative melanogenesis and tanning reactions.
Human skin coloration is a “polygenic” trait, which means a couple of gene loci are concerned with its expression. At the remaining count, the global Federation of Pigment mobile Society has decided that there are a complete 378 genetic loci involved in figuring out pores and skin color in humans and mice.
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s a disorder in the brain in which certain parts of the brain are overactive, producing convulsive seizures and possible loss of consciousness.
Epilepsy, is the disorder in the brain in which certain parts of the brain are overactive, producing convulsive seizures and possible loss of consciousness.
What is epilepsy?In epilepsy, the brain or certain regions of the brain are overactive and send out an excessive amount of signals. Seizures, also known as epileptic fits, are the result of this. Sometimes only a few muscles will twitch during a seizure, but they can also cause your entire body to convulse (shake violently) and render you unconscious. Every age can experience epilepsy. Some people experience their first seizure as early as childhood, while others experience their first seizure as they get older. In between seizures, there are typically no physical signs. However, a lot of people worry about having another seizure. Symptoms the severity of epileptic seizures varies widely from person to person. Others only impact the full body, while others only last a few seconds or perhaps go unnoticed. Sometimes it only affects the one arm or one leg. People occasionally lose consciousness, occasionally they are only momentarily absent from their minds, and occasionally they are totally conscious. Most epileptic episodes are short-lived. "Status epilepticus" refers to a seizure that lasts more than five minutes. This is a medical emergency that requires quick medical attention and medication. A person may also experience many seizures quickly.
Epileptic seizures fall into two categories:
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the pathway leading from the striate cortex in the occipital lobe to the temporal lobe is known as the
The pathway leading from the striate cortex in the occipital lobe to the temporal lobe is known as the ventral stream.
They contended that the dorsal stream processes information to direct activities, whereas the ventral stream is engaged in the perception of information about objects (vision for perception) (vision for action). The representation of forms and object recognition are both related to the ventral stream. The medial temporal lobe, which is linked to long-term memories, the limbic system, which regulates emotions, and the dorsal stream are all strongly connected by this stream, which is also known as the "what" stream (which deals with object locations and motion).
Hence, ventral stream is pathway from striate cortex in the occipital lobe to the temporal lobe.
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When the next human influenza pandemic strikes, it will almost certainly involve which other group of animals?.
It is expected or predicted by the scientific experts that if the next human influenza pandemic strikes, it will most likely involve the pigs and birds.
Influenza or flu is a infectious disease caused by Influenza virus A. It can be easily transmitted through sneezing in the form of water droplets which are inhaled by healthy person. People suffering from influenza may have its lasting impact for about a week. Influenza pandemic is a global outbreak of disease which occurs when a new influenza A virus infects the human population. The worst influenza pandemic was witnessed in 1918, when many people lost their life due to lack of medicine against this disease. H1N1 virus is the popularly known avian gene that causes bird flu.
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When a population contains two separate groups that can no longer interbreed and produce fertile offspring, then ______ has occurred.
which of the following factors are necessary for activation of sox9 expression in the developing testis? group of answer choices rspo1 and wnt4 sry and sf1 fgf9 and wnt4 beta-catenin and sry
SRY and SF1 are required factors for the activation of sox9 expression in the developing testis.
What is the SOX9 gene?SOX9 functions as a marker and maintenance factor for pancreatic progenitor cells. SOX9 (SRY-Box Transcription Factor 9) is a gene that encodes a protein. The SOX9 protein binds (binds) to specific regions of DNA and binds to other genes, especially those that control skeletal development and sex determination. Regulates activity. Because of this effect, the SOX9 protein is called a transcription factor. Like SRY, mutations in Sox9 inhibit male development, but unlike SRY, the role of Sox9 is not restricted to mammals.
Activation begins when the transcription factor testis determinant (encoded by the sex-determining region SRY of the Y chromosome) activates SOX-9 activity by binding to enhancer sequences upstream of the gene. Sox9 then further activates FGF9, forming a feedforward loop with FGF9 and PGD2.
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Which represents A strand of DNA bases?.
DNA has four nitrogen bases such as adenine (A), guanine, cytosine, and thymine. The A of DNA shows the adenine nitrogen base of the DNA, which is a purine in nature.
What is DNA?Because DNA is a polymer, it is made up of monomers of nucleotides. The nucleotide is made up of a deoxyribose (pentose) sugar, a phosphate, and a nitrogen base, and during the time of replication, these nucleotides come together. The DNA has four nitrogen bases such as adenine (A), guanine, cytosine, and thymine; out of these, two are purines (A and G) and two are pyrimidines (C and T).
Hence, the A of DNA is adenine, which has a nitrogenous base.
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What are rational roots examples?.
The rational root theorem says, a rational 0 of a polynomial is of the form p/q, where p is a thing of the regular term and q is an issue of the leading coefficient.
The Rational root theorem (or rational 0 theorem) is a proven idea in mathematics. It says that if the coefficients of a polynomial are integers, then possibly find all of the viable rational roots with the aid of dividing every aspect of the constant time period by each factor of the main coefficient. integral and Rational Root Theorem imperative Root Theorem: If f(x) is a polynomial with fundamental coefficients and the leading coefficient is 1, then the integer root of f(x) is a factor of the steady term.
The roots of x3 - x2 - 10x - eight = 0 are -2, -1, and four. find the roots of x3 +6x2 + 10x + 3 = zero. There are 3 complicated roots. in line with the indispensable Root Theorem, the feasible rational roots of the equation are factors of 3.
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If the dominant allele is represented by a and the recessive allele is represented by a, what would be a possible genotype and phenotype of individual ii. 3?.
The correct answer is option B.
Genotype AA, Phenotype-Unaffected.
How did this occur ?
The cystic fibrosis is a condition caused by the inheritance of the two recessive allele, It is an autosomal recessive disease.In the given case, the parents are carriers, and the carriers are always heterozygotes. Hence, the phenotype of the both parent should be Aa. A possible cross of the parents is shown in the figure below.In case, the progeny have a single dominant trait, the child would not be affected, but will be a carrier and can pass the disease to offspring. In case, the child inherit both the dominant allele (homozygous dominant) from the parents, then he/she would be unaffected. In case, the phenotype of the child is homozygous recessive then it would be affected.To know more about Genotype from the given link
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What is the sprayer on a spray bottle called?.
A spray nozzle is a tool that makes it easier for liquids to disperse by creating a spray.
A trigger sprayer is what?When a user squeezes the pump handle on the trigger of a trigger sprayer attached to a compatible spray bottle, the contents are released. Trigger sprayers are frequently used with household cleansers.
How do you refer to the spray bottle's tube?Sprayers and pumps are both incredibly helpful devices for distributing liquids at the touch of a nozzle. The dip tube, however, is a crucial part of these items that is sometimes overlooked in these closures. The lengthy flexible tube that is used to dip into liquid in a container is known as a dip tube.
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tyrannosaurus rex, one of the largest carnivorous dinosaur species, lived during the __________ period.
Tyrannosaurus rex, one of the largest carnivorous dinosaur species, lived during the Cretaceous period. Tyrannosaurus rex were large predators and carnivores with sharp teeth that ate large prey but later went extinct.
What is reptilia?Reptilia is a Tetrapoda class that includes a wide range of organisms, from small lizards to large dinosaurs. Dinosaurs dominated early Earth, and some were carnivores while others were herbivores, but they became extinct due to factors such as climate change and competition for food; this is known as mass extinction. Reptiles such as crocodiles, lizards, and other organisms can live in a wide range of places, from the land to the desert.
Hence, Tyrannosaurus rex, one of the largest carnivorous dinosaur species, lived during the Cretaceous period.
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In what way are the processes of respiration and photosynthesis linked with each other?.
Water and carbon dioxide are changed into oxygen and glucose during photosynthesis. The plant consumes glucose and produces oxygen as a byproduct. Oxygen and glucose are transformed into water and carbon dioxide during cellular respiration. By-products of the process include carbon dioxide, water, and ATP, which is turned into energy.
What is Photosynthesis ?Plants and other living things employ a process called photosynthesis to transform light energy into chemical energy that can subsequently be released through cellular respiration to power the organism's activities.
The methods through which green plants produce food are referred to as photosynthesis.Food is a complex organic substance that is high in energy that living things consume in order to gain nutrients, which are substances essential for life. The process of photosynthesis allows green plants, also referred to as autotrophs, to manufacture their own sustenance.What connection exists between the processes of respiration and photosynthesis?Glucose produced by photosynthesis is converted into ATP during cellular respiration. The carbon dioxide utilized in photosynthesis is subsequently created from the glucose. Cells can release and store energy with its aid. It keeps the ratio of oxygen and carbon dioxide in the atmosphere stable.
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if the carrying capacity for the north atlantic cod on the grand banks of newfoundland is 500,000 tons, when do you expect that the rate of population growth would be greatest? group of answer choices
Population growth rates are greatest when there are 250,000 tons of cod in the Grand Banks.
What is the population growth rate?A population is a subset of individuals of a species that occupy a particular geographical area and interbreed in sexually reproductive species. Determining the geographical boundaries of populations is easy for some species but more difficult for others.
"Population growth rate" is the rate at which the population of a population is increasing over a period of time, expressed as a percentage of the original population. It is the average annual rate of change in population size for a given country, region, or region over a given period of time. To calculate population growth (PG), take the difference (subtraction) between the original population and the population at time 1, divide by the original population, and multiply by 100.
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