Working memory, which is closely linked to short-term memory, is a place for doing mental jobs and allows individuals to manipulate and assemble information when making a decision or solving a problem.
Working memory is the littlest amount of information that can be held in mind and used to execute cognitive tasks. There are three components of working memory:
Phonological loop (verbal working memory).Visuospatial sketchpad (visual-spatial working memory).Central executive.Some examples of working memory are remembering an object that was just seen, keeping and combining concepts in mind, and doing a math problem in one's head. The part of the brain that is thought to have a key role in managing working memory is the prefrontal cortex.
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What happen when the body cringe to omething very corny and cringey, like a embarraing video. Can it be harmful to cringe too much in any way ?
It is the discomfort, inferiority, embarrassment, rejection, and disapproval we experience in our own skin when witnessing an act that we find repugnant, reprehensible, or pathetic on the part of another person.
Why is it that everything makes me cringe?Cringe, according to developmental psychologist Phillipe Rochat, is an innate empathetic reaction of either scorn or compassion. One cannot cringe without having experienced the discomfort of an embarrassing situation, which is a requirement for an empathy reaction.
The cringe: How do you handle it?You could do the following if you're cringing and criticizing yourself: resisting the want to recall the embarrassing situation. to divert your attention from the memories, engage in something else. telling yourself that what happened wasn't so bad or that nobody cares, so there's no reason for you to feel bad.
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Which of the following enzymes involved in DNA replication are found at the replication fork in all three types of cells (bacterial, archaeal, and eukaryotic)? Choose all that apply.
Clamp loader
Primase
Polymerases
Helicase
Sliding clamp
At the replication fork of all three types of organisms—bacterial, archaeal, and eukaryotic—are clamp loader, primase, helicase, polymerases, and sliding clamp. These enzymes are necessary for the replication of DNA.
What particular enzyme from the list below is present at the replication fork?At the replication fork, an enzyme called helicase denatures (separates) DNA by severing the hydrogen bonds that connect base pairs, allowing DNA polymerase and other replication proteins to bind to single-strand DNA.
Which four different enzymes are necessary for DNA replication?Other enzymes, including as DNA primase, DNA helicase, DNA ligase, and topoisomerase, are necessary for DNA replication in addition to DNA polymerase.
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1. describe the negative feedback loop that controls the rate of erythropoiesis. under what circumstances would you expect the rate of erythropoiesis to be increased?
Erythropoiesis is regulated through a long-range negative feedback loop, whereby tissue hypoxia stimulates erythropoietin (Epo) secretion, which promotes an increase in erythropoietic rate.
Erythropoietin (Epo) is a glycoprotein hormone produced in the kidney that acts on erythroid progenitor cells in the bone marrow. A negative feedback system, in which tissue oxygenation controls Epo production and Epo controls red blood cell (RBC) production, provides homeostasis in oxygen delivery to body tissues.
under these circumstances you expect the rate of erythropoiesis to be increased:
HypoxiaLow oxygen due to anemia high altitudecirculatory problemTo learn more about Erythropoiesis visit here:
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a retrotransposon known as line1 is about 1000 base pairs (bp) in length and is present in the human genome in about 516,000 copies. approximately what percentage of the human genome is accounted for by this transposon? 0.0017% 0.17% 1.70% 17% 0.0017%
About 17% of the human genome is accounted for by this transposon.
What is transposon?Transposable elements are nucleic acid sequences of DNA that can change their position within the genome, sometimes creating or reversing mutations, altering the genetic identity and genome size of a cell. Transpositions often result in duplication of the same genetic material. Transposons are mutagens. They can mutate in different ways.
When a transposon inserts itself into a functional gene, it can damage it. Insertions into exons, introns, or even DNA flanking genes (which may contain promoters and enhancers) can disrupt or alter gene activity.
Three types of transposons those have been identified are:
Class II transposonsMiniature inverted transposons (MITE or class III transposons)Retrotransposons (class I transposons)To know more about transposon, visit:
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What are the important factors to be considered when storing?.
Important factors to be considered when storing are temperature, light, moisture, oxygen, container, warning, infestation and self date.
Important factors that affect food storage and to be considered when storing are-
Temperature, light, moisture, oxygen, container, warning, infestation and self date.
Proper food storage helps in many ways. It preserve the quality and nutritional value of the foods we purchase, and also helps make the most of our food dollar by preventing spoilage. Also proper food storage can help prevent foodborne illnesses like- food poisoning. Which are caused by harmful bacteria or other pathogens.
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Part A: Determining relationships between alleles
You decide to conduct a genetic analysis of these mutant lines by crossing each with a pure-breeding wild-type line. The numbers in the F2 indicate the number of progeny in each phenotypic class.
Part B: Crossing the forked and pale mutants
You continue your genetic analysis by crossing the forked and pale mutant lines with each other. The leaves of the F1 are light green (intermediate between pale and wild-type leaves) and forked. The F2 has six phenotypic classes:
You designate the forked mutant allele as F (wild type = f+ ) and the pale mutant allele as p (wild type = P).
Part C: Crossing the forked and twist mutants
You continue your analysis by crossing the forked and twist lines. Your results are as follows:
Part D - Assigning genotypes for codominant alleles
You decide to designate the twist allele as FT to distinguish it from the forked allele F.
The twist allele as FT to distinguish it from the forked allele F will be the mutant allele is dominant to its corresponding wild-type allele forked or the mutant allele is dominant to its corresponding wild-type allele pale.
Assuming T is the twisted allele and t+ is the wild-type allele. Now, the F1 generation of all twisted progeny is produced by crossing the pure line of twist (TT) with the wild type (t+t+). Only twisted being dominant to wild-type alleles makes it possible. The F1 genotype will therefore be Tt+.
Now, the F1 generation results from a cross between the pure line of pale (pp) and wild type (PP) producing an intermediate phenotype. Consequently, if two F1 are crossed, the expected ratio in the F2 will be 1:2:1 for the pale: intermediate: wild type phenotype.
Pale, intermediate green and wild-type phenotypes will have pp, Pp, and PP genotypes, as we previously deduced from Punnett square analysis.
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Eubacteria and archaebacteria differ in the presence of a nucleus. the makeup of their cell walls. size. the presence of a cell wall.
the makeup of their cell walls.
The makeup of their cell walls. In general, archaebacteria resemble bacteria in terms of size, shape, nutrition, and appearance. They reproduce by binary fission.
However, peptidoglycan is not found in the cell walls of archaebacteria. In addition, they vary from bacteria and eukarya in terms of the membrane lipid bonds that they have. Bacterial membrane lipids are ester-linked, whereas archaea membrane lipids have ether linkages
Eubacteria are N-acetylmuramic genuine bacteria that exhibit greater levels of organization. Archaebacteria are referred to as "living fossils" and are capable of surviving in hostile settings (very acidic, hot, and methanogenic).
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Why must predators in ecosystems with low npp cover huge ranges to survive (e. G. Sharks in oceans, desert birds)?.
Net primary production (NPP) is the amount of biomass or carbon produced by primary producers per unit area and time.
How did this occur ?
NPP is the actual available energy that's produced by primary producers for other organisms to obtain energy from. When a predator lives in a ecosystem that has a low NPP, it means that the predator will have to cover a much wider range in order to have all the needed energy that's produced by those primary producers. If the there was a high NPP the need to search for those primary producers was much diminished as there would be enough energy available close by.To know more about NPP from the given link
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in the picture above, the big w is in ocean water, while the little w is in water in a bay cut off from the ocean by the bar indicated by the pink dashed arrow. a stream flows toward the bay along the blue arrow, and coastal bluffs are indicated by the dashed yellow arrow. what probably happened here? group of answer choices the navy dammed the stream valley to keep enemy submarines from sneaking in and launching missile attacks on the secret underground base under the stream. sediment has been eroded from the land by waves crashing against the bluffs, and the sediment has been transported along the shore by longshore drift to build the bar. sediment supplied by the stream has piled up to build the bar that separates the stream from the ocean. a sinkhole opened behind the beach, and the stream slumped into the hole, leaving the bar.
Where rivers cannot support it, glaciers piled up sand and gravel, and ultimately the Cape will vanish beneath the waves.
Because they feature a strong swash and a weak backwash, constructive waves help build up coastlines. In bays with shallow water and gentle waves, sandy beaches are typically found. Where cliffs are being eroded and where there are stronger waves, pebble beaches frequently form. Later, it was changed to Good Hope to draw more travelers to the southern African coast-passing Cape Sea Route. Over time, the Cape developed into an important port and waypoint for sailors sailing from Europe to Asia.
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a hockey player suffered a bad injury in the groin area. damage to what structure is most likely to interfere with sperm formation?
Damage to Seminiferous tubules is most likely to interfere with sperm formation.
What is reproduction?Reproduction is the phenomenon of producing offspring. It has two main forms: sexual and asexual reproduction. In sexual reproduction, genetic information from each parent organisms is fused and makes the individual genetically unique.
The male reproductive system is a series of sexual organs that play a role in human reproduction. These organs are located on the outside of the body and in the pelvis. The testicles are the main male reproductive organ and are responsible for the production of testosterone and sperm. Each testicle is 4–5 cm long, 2–3 cm wide, weighs 10–14 g, and is suspended in the scrotum by dart muscles and spermatic cords.
The seminiferous tubules are located within the testes and are the specific sites of meiosis and subsequent formation of male gametes, or spermatozoa.
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Help 40 pionts!!!
20. What is so important about subduction of tectonic plates?
*
1 point
Earth's crust is melted and destroyed here
Earth's new crust is created here
Earth's mountains are formed here
Earth's crust becomes a mid-ocean ridge here
17. Where might we find the oldest rock on Earth?
*
1 point
the center of continents, called cratons
the center of the ocean floor
the lowest mountain on Earth
pushed under a tectonic plate
21. Based on plate movement over a Hot Spot, which of of the Hawaiian Islands below would be the oldest?
Loihi
Hawaii
Maui
Oahu
Kauai
22. In 1915 the German geologist and meteorologist Alfred Wegener first proposed the theory of continental drift, which states that parts of the Earth's crust slowly drift atop a liquid core. The fossil record supports and gives credibility to the theories of continental drift and plate tectonics.Why was the continental drift theory rejected at the time of its proposal?
*
1 point
It did not explain the mechanism causing the formation of continents.
It did not explain the mechanism behind the existence of continents.
It did not explain the mechanism behind the discovery of continents.
It did not explain the mechanism causing the movement of continents.
Question 20:
B - Earth's mountains are formed here.
Question 17:
A- The center of the continents, called cratons
Question 21:
E - Kauai
Question 22:
D - It did not explain the mechanism causing the movement of continents.
Help me please!! I’ll give points!!
Evelyn says she weighs 100 Ibs. On the moon .
Charles says Evelyn weighs 100 Ibs. On the earth and 16 Ibs. On the moon (identify who is correct and explain the reasoning ) [blank] is correct because…
Answer:
Charles would be right.
Explanation:
On the Moon a person would weigh six times less than they do on Earth. This is because the Moon has one sixth the gravity of Earth.
May I have Brainliest please? My next rank will be the highest one: A GENIUS! Please help me on this journey to become top of the ranks! I only need 14 more brainliest to become a genius! I would really appreciate it, and it would make my day! Thank you so much, and have a wonderful rest of your day!
Answer:
Charles is right because you weigh 16.5 percent of your weight on the moon as on earth so she evelyn will weigh around 16 lbs
Hopes this helps
2019 3b. The pyruvate dehydrogenase complex (PDC) catalyzes the conversion of pyruvate to acetyl-CoA, a substrate for the Krebs (citric acid) cycle. The rate of pyruvate conversion is greatly reduced in individuals with PDC deficiency, a rare disorder. Make a claim about how PDC deficiency affects the amount of NADH produced by glycolysis AND the amount of NADH produced by the Krebs (citric acid) cycle in a cell. Provide reasoning to support your claims based on the position of the PDC-catalyzed reaction in the sequence of the cellular respiration pathway.
When a PDC-catalyzed reaction is present in the cellular respiration pathway's sequential order, the likelihood of inheritance is zero.
What transpires during the process of acetyl-CoA being converted to pyruvate by pyruvate dehydrogenase?The pyruvate dehydrogenase reaction is the process that transforms pyruvate into acetyl-CoA. The complex of pyruvate dehydrogenases catalyzes it (PDH). While releasing a CO2 molecule, this procedure generates one NADH electron carrier.
What happens to pyruvate as a result of the pyruvate dehydrogenase complex?The oxidative decarboxylation of pyruvate, which results in the synthesis of acetyl-CoA, CO2, and NADH (H+), is catalyzed by the pyruvate dehydrogenase complex (PDC)3 (1,–3). By connecting the tricarboxylic acid cycle's oxidative pathway to the glycolytic pathway, the PDC plays a crucial role in the oxidation of glucose.
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When Mendel crossed tall plants with short plants all the offspring were tall because?.
Crosses between tall plants (TT) and short peas (tt) resulted in offspring that were all tall plants, as size was the dominant trait. Therefore, size is the dominant feature.
The presence of two identical alleles at a particular locus. A homozygous genotype can have two normal alleles or two alleles with the same variant.
You can have brown eyes whether you are homozygous (two brown eye alleles) or heterozygous (one brown allele and one blue allele). It is dominant trait. This differs from the blue-eyed allele, which is recessive. Blue eyes require two identical blue eye alleles and brown eye alleles are dominant trait.
Crossing two plants of the same species to transmit only one trait is called monohybrid crossing.
For example, a cross between large and short peas is a monohybrid cross when only the size of the parents is considered.
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Pernicious anemia is most common in older people. Which choice lists the correct relationships among the factors that cause this disorder?
The reduced secretion of intrinsic factor means that vitamin B12 cannot be absorbed, and macrocytes are produced instead of erythrocytes.
The classic cause of cobalamin deficiency and one of the most prevalent among older patients is pernicious anemia, often known as Biermer's disease: According to research, 20% to 50% of cases, and more than 15% in our patient series.
The most vulnerable group to pernicious anemia?Compared to other ethnic groups, people of Northern European and African heritage are more likely to have pernicious anemia. Additionally, older persons are more susceptible to the illness. This is mostly brought on by a shortage of stomach acid and intrinsic factor, which hinder vitamin B12 absorption in the small intestine.
What results in older persons' B12 deficiencies?In otherwise healthy people, dietary habits that result in insufficient dietary intake of animal source foods, particularly extreme vegetarianism, might cause a mild vitamin B12 deficiency and vegan diets, as well as alterations in stomach function brought on by aging and/or medication use.
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put these locations in the order that an erythrocyte that is just leaving the right ventricle of a mammal would encounter.\
Order the areas that an erythrocyte just departing a mammal's right would encounter. edoema. if the concentration of plasma protein is too low.
Which of the following describes how blood should flow properly in mammals?Explanation: A drop of blood should travel through the right atrium, right ventricle, lungs, pulmonary veins, left atrium, left ventricle, aorta, arteries, arterioles, capillaries, venules, veins, and vena cavae in the proper order.
What is the ideal blood flow sequence?The open mitral valve allows blood to pass from the left atrium into the left ventricle. The mitral valve closes when the ventricle is full to stop blood from returning to the atrium. Through the arota, blood leaves the heart.
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when lichens grow on bare rock, they may eventually accumulate enough organic material around them to supply the foothold for later rooted vegetation. these early pioneering lichens can be said to do what to the later arrivals?
These early pioneering lichens can facilitate later arrivals.
What do you mean by Lichen ?
Lichens can be defined as the primary successors on barren land . They form soil by breaking rocks and provide necessary organic material for later rooted vegetation.It is a composite organism that arises from algae or cyanobacteria.They live among filaments of multiple fungi species in a mutualistic relationship. These are important as early stage primary succession organisms. They provide forage, shelter, and building materials for elk, deer, birds, and insects.Hence, they facilitate the whole later development process.
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The predominant mechanism driving cellular differentiation is the difference in gene _____.
The predominant mechanism driving cellular differentiation is the difference in gene expression.
Differentiation is the process by which an organism develops its unique characteristics, such as the formation of specialized cell types or organs. It is a key component of development and is responsible for the variety of cell types that can be found in any given organism.
Gene expression is the process by which genetic information is converted into functional proteins or other molecules that perform a specific role in the body. Differential gene expression is the process by which certain genes are expressed more in certain cells than others, leading to the various specialized cell types. This process is the predominant mechanism driving cellular differentiation.
Differential gene expression is triggered by various mechanisms, such as the binding of transcription factors to DNA or the activity of small non-coding RNAs. Transcription factors are proteins that bind to DNA and regulate the expression of certain genes. Small non-coding RNAs are also involved in gene regulation, but they do so by binding to mRNA and preventing it from being translated into a protein.
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after a long period of coevolution, the photosynthetic bacterium consumed by the predatory cell became the cellular organelle known as the:
Chloroplasts is the photosynthetic bacterium consumed by the predatory cell became the cellular organelle known
The only two cell organelles that have their own DNA are chloroplasts and mitochondria. This DNA is distinct from the DNA that can be found in the cell's nucleus. Both mitochondria and chloroplasts have DNA that is capable of replication and division. Both organelles' DNA generates a large number of proteins and enzymes necessary for their operation.
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Do most animals regulate temperature?.
Many animals control their body temperature by behaviour, such as huddling together for warmth or looking for light or shade.
Do you have warm or cold blood?The ability of animals to control their body temperature is their most significant adaption. Cold-blooded or warm-blooded animals are both possible. Animals with warm blood, primarily birds and mammals, must maintain a generally steady body temperature in order to avoid serious repercussions.
What kinds of animals are unable to control their body temperature?Poikilotherms, often known as cold-blooded animals, are creatures that are unable to produce their own internal heat. All organisms, excluding mammals and birds, fall under this category, including worms, fish, amphibians, and reptiles.
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What type of mutation occurs in cystic fibrosis?.
Gene mutations occurs in cystic fibrosis.
Cystic fibrosis is caused by mutations in the gene that produces the cystic fibrosis transmembrane conductance regulator (CFTR) protein.
In people with CF, mutations in the CFTR gene can disrupt the normal production or functioning of the CFTR protein found in the cells of the lungs and other parts of the body. Cystic fibrosis is an example of a recessive disease. That means a person must have a mutation in both copies of the CFTR gene to have CF.
Cystic fibrosis is an inherited disease characterized by the buildup of thick, sticky mucus that can damage many of the body’s organs. The disorder’s most common signs and symptoms include progressive damage to the respiratory system and chronic digestive system problems. The features of the disorder and their severity varies among affected individuals.
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if a scientist wanted to know whether a particular hydrocarbon was in use in a cell's plasma membrane, they could search the organism's:
if a scientist wanted to know whether a particular hydrocarbon was in use in a cell's plasma membrane, they could search the organism's: Lipidome
The entire amount of lipids in cells is referred to as the lipidome. The four main molecular building blocks of living beings are proteins, carbohydrates, nucleic acids, and lipids. The word "lipidome" was created in the context of omics in contemporary biology, specifically the science of lipidomics. Both conventional lab-based techniques and cutting-edge bioinformatics techniques can be used to study it. The membrane-lipidome and mediator-lipidome are two categories of a cell's lipidome.
Plasma membrane are intricate composites of lipids and proteins that isolate the inside of the cell from the outside world. Despite the membrane being a straightforward bilayer, lipidomics research has found that a huge range of lipid species are involved in its construction. Typical plasma membranes (PM) are made up of a wide variety of lipids.
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Which disease is the global top infectious disease killer, characterized by increasing number of incidents, can have acute and chronic form, affecting mainly lungs?.
The most lethal infectious disease in the world, tuberculosis (TB) is marked by an increasing number of cases, comes in both acute and chronic forms, and primarily affects the lungs.
What exactly is tuberculosis (TB)?When a person with TB coughs or sneezes, the germs that cause TB are transmitted.
The majority of people who carry the bacteria that cause tuberculosis don't exhibit any symptoms. When symptoms do show up, they typically include a cough (which can occasionally have a bloody tint), weight loss, nocturnal sweats, and fever.
For people who don't have symptoms, treatment isn't always necessary. Patients with active symptoms will require a lengthy course of treatment comprising numerous antibiotics.
What are the causes of TB?Mycobacterium tuberculosis is the bacteria that causes tuberculosis (TB). Not every person who contracts the TB germs gets ill.
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Plant cells are able to produce their own food. This process happens in which structure?.
Answer:
leaf
Explanation:
absorbs sunlight and contains chlorophyll - important and key for photosynthesis. This specifically occurs in usually the palisade layer of the cell (most occurring photosynthesis)
the mucous sheet, produced by the endostyle traps the microscopic food particles in the water. this sheet is located in the pharynx of what animal?
The mucous sheet is produced by the endostyle and is located in the pharynx of a tunicate.
The endostyle is a ciliated structure located in the pharynx of a tunicate. Its main function is to produce a mucous sheet that traps microscopic food particles in the water. The endostyle also helps to pump water through the pharynx and aids in respiration.
This sheet traps the microscopic food particles in the water and prevents them from being swallowed. The endostyle is a thin, finger-like structure that protrudes from the side of the pharynx. It is covered with cilia, which beat rhythmically to move the mucous sheet forward. The sheet traps the food particles and carries them to the esophagus, where they are swallowed.
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TRUE/FALSE the organelles are responsible for digesting old material in the cell and breaking it down into usable forms
Lysosomes are the organelles are responsible for digesting old material in the cell and breaking it down into usable forms. Hence, statement is true.
What is Lysosomes?Proteins, nucleic acids, carbohydrates, and lipids can all be broken down by the variety of enzymes found in lysosomes, membrane-enclosed organelles.
What is Digestion?In order to be absorbed into the watery blood plasma, large, insoluble food molecules must be broken down into smaller, water-soluble food molecules during digestion. These tiny molecules enter the bloodstream through the small intestine in some organisms.
Hence, Lysosomes are the organelles are responsible for digesting old material in the cell and breaking it down into usable forms. Hence, statement is true.
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Crossing an individual who is homozygous dominant for a trait with an individual whose genotype is unknown will most likely produce which set of offspring?.
Crossing an individual who is homozygous dominant for a trait with an unknown genotype will almost certainly result in kids with at least one dominant allele.
An organism with two main alleles for a character is pronounced to have a homozygous dominant genotype. Using the eye color model, this genotype is composed of BB. Organisms that are homozygous dominant are thought-out breeding real cause they produce children accompanying the unchanging phenotype. A model of the main allele is the agouti allele for coat color in cats.
The genotype of an animal is an allure complete set of ancestral materials. Genotype can also be used to concern the alleles or modifications an individual bears in the deoxyribonucleic acid or hereditary position. The genotype decides the inherited potentials and disadvantages of an individual from rudimentary formation through maturity. Among creatures that emulate sexually, an individual's genotype constitutes the whole complex of genes hereditary from two together persons.
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How does nitrogen fertilizer affect plant growth?.
It's a component of chlorophyll, where plants use sunlight energy to produce sugars from water and carbon dioxide aka PHOTOSYNTHESIS.
I hope this helps!!!
Arrange the three kinds of nitrogenous wastes based on the energy required to synthesize them, beginning with the waste product that requires the least energy input.
1. ammonia
2. urea
3. uric acid
the three kinds of nitrogenous wastes based on the energy required to synthesize them are arranged; Ammonia < urea < uric acid.
Nitrogenous wastes are the nitrogen compounds that organisms use to get rid of excess nitrogen. Ammonia, urea, and uric acid are the most common nitrogenous wastes that animals excrete. Protein metabolism generates all of these nitrogenous wastes.
Ammonia is the most toxic of these nitrogenous wastes, and it is the most common but requires the least energy. Urea is more harmful than uric acid, but it is less harmful than ammonia, reducing the amount of energy required to synthesize it. Uric acid is the least harmful, a non-poisonous particle with four nitrogen molecules. This is useful for birds and reptiles that lay hard eggs because it eliminates the most nitrogen, uses the least amount of water, and is not toxic. It also takes the most energy input.
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Crossing an individual who is homozygous dominant for a trait with an individual whose genotype is unknown will most likely produce which set of offspring?.
They produce at least one dominant allele.
What is a homozygous dominant genotype?A homozygous dominant genotype is defined as having two dominant alleles. A trait is governed by one gene with two possible alleles, one dominant and one recessive, in Mendelian genetics. Genotypes are typically represented as letters, with the dominant allele represented by a capital letter and the recessive allele represented by a lowercase letter. A homozygous genotype is one in which both alleles are the same, and a true-breeding or purebred organism has a homozygous genotype. Both alleles are dominant in a homozygous dominant genotype.
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