The diversity index when the simulation was stopped was 0.84. A higher diversity index indicates a greater variety of species and environmental conditions, while a lower diversity index indicates a more limited range of species and environmental conditions.
Investigating the Diversity Index of a Simulation: A Case StudyThe diversity index is a measure of the variety and range of organisms present in a given environment.The diversity index when the simulation was stopped was 0.84, which indicates a fairly high level of diversity in the environment. This is likely due to the fact that the simulation was designed to encourage diversity by introducing multiple different species with different traits, as well as introducing varied environmental conditions that would favor different species.
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the pancreas secretes digestive enzymes and hco3− into the small intestine to break down food and neutralize acidity.
The pancreas secretes digestive enzymes and hco3− into the small intestine to break down food and neutralize acidity due to pancreatic ducts. The pancreas secretes bicarbonate and water through epithelial cells in pancreatic ducts. Bicarbonate is a base that is essential for neutralizing the acid that enters the small intestine from the stomach.
Step 1: The pancreas secretes digestive enzymes, such as amylase, trypsin, and lipase, into the small intestine. These enzymes break down carbohydrates, proteins, and fats into simpler molecules that can be absorbed into the bloodstream.
Step 2: The pancreas also secretes bicarbonate (HCO3−) into the small intestine. The bicarbonate neutralizes the acidic environment created by the stomach, which is necessary for the digestive enzymes to work properly.
Step 3: The digestive enzymes and bicarbonate then mix with the food in the small intestine, where the digestion process takes place. The enzymes break down the food into even smaller molecules, while the bicarbonate neutralizes the acidity.
Step 4: The small molecules are then absorbed into the bloodstream, where they are used as fuel or to build new proteins and other molecules. The bicarbonate also helps to maintain the acid-base balance in the body.
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explain the flow of genetic information from the beginning of the cell cycle to the conclusion of it.
Genetic information is partitioned during the cell cycle such that each daughter cell receives the same information. Synthesized on a DNA template is where genetic data comes from.
The messenger RNA (mRNA) is produced during transcription (DNA to RNA), which takes place in the nucleus before the messenger RNA is transported to the cytoplasm. The two main procedures include Transcription and Translation. Gene expression is the result of the joint work of transcription and translation. The information contained in the DNA of a gene is transferred to an analogous molecule called RNA (ribonucleic acid) in the cell nucleus during transcription. DNA-encoded genetic information is expressed by the production of particular RNAs and proteins, and information travels from DNA to RNA to protein. The production of RNA under DNA control is called transcription.
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Carbohydrates will ferment in the following order from fastest to slowest. A. Sucrose fructose glucose starch water Water starch sucrose fructose glucose C Glucose sucrose fructose starch water D. Glucose fructose sucrose starch water What is your strategy? A. To determine the rate of fermentation, will measure the change in color of the solution_ To determine the rate of fermentation, will measure the height of the COz bubble produced. To determine the rate of fermentation, will measure the temperature of the solution D. To determine the rate of fermentation, will measure the pH of the solution.
Glucose will be the first one to ferment and will do so most quickly. The second carbohydrate has the slowest rate of fermentation and produces the least gas. And that is the starch and informed him that water was the only thing he should walk as.
What sugars ferment most quickly?Glycolysis occurs with all sugars. Because glucose is a Carbohydrates and does not need to be broken down, it ferments in yeast the fastest and most effectively of the three sugars (glucose, sucrose, and fructose). Because it is already in a useful state, it can be used right away in the glycolysis cycle.
Which ferments more quickly, glucose or sucrose?According to studies, some yeast and sugar varieties ferment at a higher rate than others. Our conclusion was that a monosaccharide's The rate of fermentation of a monosaccharide (glucose) would increase faster than that of a disaccharide (sucrose).
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certain endangered species of parrot cannot be transported across borders to the united states to be sold as pets. what is the name of the legislation that makes this illegal?
The law known as CITES forbids the importation of some endangered parrot species into the United States for the purpose of selling them as pets.
Numerous groups of endangered species hunted or game birds, including as parrot , geese, doves, and many shorebirds, are subject to limited protection and can be killed during certain seasons. However, birds that are deemed endangered species , such as the House parrot and the European Starling, are not protected. The United States' adherence to four bilateral treaties, endangered species or conventions, for the conservation of a common migratory bird resource is implemented through the Migratory Bird Treaty Act (MBTA), which was first established in 1918.
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A scientist is observing a cell under a microscope. She notes that the cell
contains a large central vacuole, chloroplasts, and a cell wall. Which type of
cell is she observing?
OA. Heterotrophic cell
OB. Plant cell
OC. Prokaryotic cell
OD. Animal cell
Answer:
Plant Cell
Explanation:
The cell contains chloroplasts and a cell wall, allowing durability but hindering movement and allowing photosynthesis. This is a
if dna is damaged or incompletely replicated in s phase, the inhibition of which of these molecules prevents the cell from entering m phase?
Inhibition of Cdc25 molecules stops the cell from moving into the m phase if the DNA is damaged or the s phase replication is not complete.
What is DNA?Deoxyribonucleic acid is the name given to DNA. It has an unusual molecular structure and is an organic substance. Every eukaryotic cell and every prokaryotic cell contain it.
Three distinct DNA types are present:
As with B-DNA, A-DNA is a right-handed double helix.
Right-handed helix B-DNA is the most prevalent DNA structure.
Z-DNA: The double helix of Z-DNA winds zigzag-style to the left, making it a left-handed DNA. Andres Wang and Alexander Rich were the ones who found it.
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If two trucks have the same mass, but truck A is traveling 15 km/h, and truck B is traveling 30 km/h, what statement is true?
Question 10 options:
Truck A has greater kinetic energy
Truck A will have a greater stopping distance
Truck B has less kinetic energy
Truck B will have a greater stopping distance
Any object in motion is using kinetic energy: a person walking, a thrown baseball, a crumb falling from a table, and a charged particle in an electric field are all examples of kinetic energy at work.
What is kinetic energy in simple terms?Kinetic energy is the energy of motion, observable as the movement of an object, particle, or set of particles. Any object in motion is using kinetic energy: a person walking, a thrown baseball, a crumb falling from a table, and a charged particle in an electric field are all examples of kinetic energy at work.There are five main types of kinetic energy: radiant, thermal, sound, electrical, and mechanical.Given that the two trucks have the same mass but different velocities, that is truck A is traveling 15 km/h and truck B is traveling 30 km/h, hence Truck B will have a greater stopping distance.The reason why Truck B will have a greater stopping distance is because it speed is greater hence more distance to cover.
From the following expression
Speed = Distance/Time
Distance = Speed*Time
More on the kinetic Energy
Following from the given problem truck B will also have more kinetic energy because it velocity is moreFormula
KE= 1/2mv^2
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why do dried fruits and beans swell when they are cooked in water? (use the word hypotonic in your answer nad explain the movement of water)
When they are dried, the concentration within increases. When placed in water, the osmosis process begins. As a result, they swell and revert to their previous shape. The process will be accelerated as the temperature rises since osmosis gets faster as the temperature rises.
What happens when you add water to dried fruit?
This is very simple, and works on any kind of dried fruit. Put your dried fruit in a small bowl and cover with boiling water. Let it steep for 10 to 15 minutes, and then strain the fruit and discard the water. The fruit will be plumper, juicier, and softer.
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Ergonomics is an important consideration
Ergonomics is an important consideration for all computing devices.
Ergonomics is important because your musculoskeletal system is impacted while you're performing a duty and your body is stressed by an imbalanced stance, unusual temperature, or repeated development. The Function of Ergonomics at Work maintains workplace ergonomics as a top concern, such as reducing screen glare, decreasing movement, enhancing posture, and placing equipment at ideal statures and locations that increase effectiveness and employee commitment The goal of ergonomics is to reduce accidents and injuries. A strategy for improving workplace ergonomics eliminates hazards that can result in musculoskeletal injuries and takes into account enhanced human performance and efficiency.
The complete question is:
Ergonomics is an important consideration _____________.
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Part A identify the the following elements on a diagram of translation. Drag the labels to their appropriate locations in the diagram. term GGUA My Answers Give Up Correct small unit complexes with eukaryotic initiation factor and a charged tRNAM t nitiation factors disassociate and are replaced ongation factors as the tran ferase a peptide bond bet
The fundamental enzymatic function of the ribosome is the peptidyl transferase, an aminoacyltransferase (EC 2.3.2.12) that uses tRNAs to generate peptide bonds between neighboring amino acids during the translation process of protein formation.
What function does peptidyl transferase serve throughout the translation process' elongation stage?
To connect the new amino acid to the already-existing polypeptide chain, peptididyl transferase catalyzes the production of a peptide bond. To facilitate the formation of peptide bonds between amino acids, the correct response is (C).
Peptidyl transferase catalyzes what?
Peptide bond formation between aminoacylated tRNA substrates and peptide release are two nucleophilic processes that are catalyzed by the peptidyl transferase (PT) core of the ribosome.
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what role did the hcl play in part 2? how do these results correlate with where hcl occurs in the human body?
HCl's function is Hydrochloric corrosive is the most common corrosive in the stomach. It destroys bacteria as well as other harmful species. It can also be used as a food additive.
To utilise proteins in our stomach, HCl converts pepsinogen, which is not dynamic, into pepsin. Hydrochloric acid improves protein absorption by supplying H+, which activates pepsinogen, the precursor of pepsin.
Pepsinogen is produced by boss cells in the body's gastric organs and the stomach's antrum.
Pepsinogen is transformed into pepsin, a protein digesting enzyme. The presence of gastrin in the blood stimulates their synthesis. Pepsinogen is converted to pepsin by hydrochloric acid (HCl), which then degrades proteins into peptides. In the stomach, hydrochloric acid (HCl) keeps the pH around 2.0.
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Which of the statements most accurately describes the benefits of the proofreading function of DNA polymerase?
The statement best describes the advantage of the proofreading ability of DNA polymerases is that these enzymes are always present in the cell nucleus and can repair any mutations that occur.
Do all cells have DNA polymerases?All living beings have DNA polymerases. These enzymes are more complex, consisting of separate proteins that unwind helices, build RNA primers, and new strands. Polymerase gamma is located in mitochondria and is involved in mitochondrial DNA replication. Four other enzymes reside in the nucleus and are thus candidates for involvement in nuclear DNA replication.
What are the main functions of DNA polymerases?The primary function of DNA polymerases is to add new nucleotides to the 3' end of the growing strand. DNA polymerases accurately and efficiently replicate the genome to ensure maintenance of genetic information and faithful transmission between generations.
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how are genes coordinately controlled in eukaryotic cells? select all that apply. how are genes coordinately controlled in eukaryotic cells?select all that apply. coordinately controlled genes in eukaryotic cells are located together on the same chromosome. coordinately controlled genes in eukaryotic cells share a set of control elements. coordinately controlled genes in eukaryotic cells are activated by the same chemical signals.
Eukaryotic cells are controlled through transcriptional activators in addition to repressors that bind to the unique deoxyribonucleic acid (DNA) sequences and manipulate their expression.
Eukaryotes are organisms whose cells contain a nucleus and different membrane-sure organelles. there's a extensive variety of eukaryotic organisms, such as all animals, vegetation, fungi, and protists, as well as maximum algae. Eukaryotes may be either unmarried-celled or multicellular.
Inside eukaryotic cells, mitochondria feature particularly like batteries, due to the fact they convert energy from one shape to some other: meals nutrients to ATP. for this reason, cells with high metabolic desires can meet their higher energy needs by growing the variety of mitochondria they comprise.
Eukaryotic chromosomes consist of DNA tightly wound round clusters of histone proteins. In trendy, eukaryotic cells incorporate loads greater genetic material than prokaryotic cells. as an example, every human cell has around 2m, or three billion base pairs, of DNA that need to be compacted to healthy inside the nucleus.
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Describe the functions of the auditory ossicles.
In order to transmit and amplify sound and transform sound waves into pressure waves in the perilymph and endolymph, the tympanic membrane and auditory ossicles are necessary.
Due to the tympanic membrane's wider diameter than the oval window and the auditory ossicles' articulated suspension, this function is made possible (the longer lever is at the tympanic membrane, the shorter lever is near to the oval window). A middle ear lesion does not necessarily equate to total deafness, while hearing is still possible without the auditory ossicles.
The malleus, incus, and stapes are the auditory ossicles.
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combination therapy for hiv is based on the assumption that it highly unlikely for multiple simultaneous mutations to cause resistance to each of the drugs used.true or false
Combination therapy (combination of many medications) is typically used to treat HIV in order to prevent the virus from developing drug resistance through selective mutation.
The major justification for using a combination of medicines in HIV therapy is that the HIV virus needs more mutations to become resistant to different medications.
Resistance to the several medications must be ensured by separate mutations alone.
Even though the mutation rate of HIV is quite high the possibility that several resistance mutations would develop concurrently in a single virion is practically improbable.
So the answer is true ,
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n a science demonstration, a teacher mixed zinc (Zn) with hydrogen chloride (HCl) in a flask and quickly attached a balloon over the mouth of the flask. Bubbles formed in the solution and the balloon inflated.
What most likely occurred during this demonstration?
The Zn and HCl both retained their identity.
Either Zn or HCl, but not both, retained its identity.
Evaporation of one of the substances occurred.
One or more new substances formed.
The correct answer is Option D: One or more new substances formed
during the demonstration.
What is Hydrogen chloride (HCl)?
Hydrogen chloride (HCl) is a colorless, corrosive, and extremely pungent gas. It is a chemical compound composed of one hydrogen atom and one chlorine atom that form a covalent bond. HCl is a widely used industrial chemical, primarily as a starting material for manufacturing other compounds like hydrochloric acid and vinyl chloride.
When the Zn and HCl were mixed together, a chemical reaction occurred in which a new compound was created (zinc chloride). This new compound caused the solution to bubble and the balloon to inflate as some of the new compound evaporated and released gas molecules into the balloon.
What is Zinc chloride?
Zinc chloride is an inorganic compound with the formula ZnCl2. It is a white, hygroscopic solid that is soluble in water and alcohol, and it is primarily used in various industrial processes, such as electroplating and etching, as well as in the production of paints, adhesives, and rubber.
Therefore, the correct option is Option D.
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All of the following are characteristics of cholesterol EXCEPT: 0 It is used for making sex hormones (estrogen and testosterone) 0 It is converted to bile 0 It js incorporated into cell membranes It is an essential nutrient
All the following are characteristics of cholesterol EXCEPT It is an essential nutrient. Cholesterol is a fatty substance and an organic part. Cholesterol is a member of the sterol family (modified steroids).
All animal cells manufacture cholesterol, which is a necessary component of cell membranes. Cholesterol is a substance that strengthens cells and significantly affects how permeable a cell membrane is. A molecule called cholesterol is present in bile, vitamin D, and steroid hormones. Cholesterol makes up 80% of gallstones. Cholesterol is the primary sterol present in animals. Although the adrenal gland and intestine also create a little amount of cholesterol, the liver is the principal location where it is synthesized in vertebrates. It is made by the endoplasmic reticulum in the testes. Cholesterol doesn't exist in the membranes of bacteria, fungus, plants, or mitochondria.
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in osmosis, as in other forms of _____________, molecules move from an area of ____________ concentration to an area of __________ concentration
In osmosis, as in other forms of WATER molecules move from an area of HIGH concentration to an area of LOWER concentratio.
What is the name for water molecules?H2O is the designation given to water in science. Due to the fact that it contains two hydrogen (H) atoms and one oxygen atom, it is known as H2O. (O). These molecules number in the millions in a single drop of water.
Is H2O a molecule of water?Even though a single water molecule (H2O) is made up of one oxygen atom coupled to two hydrogen atoms, a group of H2O molecules alone can only exist as a gas. The H atoms in each H2O molecule are positively charged, while the O atoms are negatively charged.
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) speciation . a) occurs at such a slow pace that no one has ever observed the emergence of new species b) occurs only by the accumulation of small genetic changes over vast expanses of time c) must begin with the geographic isolation of a small, frontier population d) can involve changes to a single gene
When a group within a species separates from other members of its species and evolves its own special traits, this is known as speciation.
Does speciation progress slowly?Evolution is the product of the very slow process of speciation. It is the procedure for the emergence of new species. Geographic isolation, genetic drift, natural selection, etc. can all cause variations in an organism's gene pool, which is the sum of all its genes. New, different species are created as a result of this.
How does speciation fit into evolution?Speciation. the process through which two populations of the same species diverge to the point where they are no longer able to breed with one another. Species. a collection of creatures that regularly mate with one another in nature in order to have fruitful offspring and share the same gene pool.
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in species with a type iii survivorship curve, more young individuals die than old individuals. group of answer choices true
Early ages have the highest mortality rates in type III survivorship curves, while species that live to older ages have significantly lower mortality rates.
What are survivorship curves?
Graphs that depict the percentage of a population that lives from one age to the next are called survivorship curves.The shapes of the survivorship curves vary among species. According to their forms, we may generally classify survivorship curves into three categories.
Type 1 survivorship curvesType 2 survivorship curvesType 3 survivorship curvesA Type III survivorship curves is seen in most fish, trees, and marine invertebrates. Very few creatures survive its early years in a Type III curve.
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if two species of woodpeckers eat two different kinds of beetle larvae on pine trees in a forest, we would identify that as:
If two species of woodpeckers eat two different kinds of beetle larvae on pine trees in a forest, we would identify that as resource partitioning.
A species is both a unit of biodiversity and an organism's basic taxonomic classification in biology. A species is the largest collection of organisms in which any two people of the appropriate sexes or mating types can conceive a fertile offspring, typically through sexual reproduction. In addition, a species can be recognized by its karyotype, DNA pattern, anatomical features, behavioral traits, or ecological niche. Additionally, paleontologists employ the chronospecies concept because fossil reproduction cannot be investigated.
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please help
which statement is correct about the krebs cycle?
a. it occurs in the cytoplasm of cells
b. it produces electron carriers that supply the electron transport chain in aerobic respiration
c. it is a phase of anaerobic respiration that is performed by bacteria
d. it is the light-independent reaction in photosynthesis
Damage to the fovea would have the greatest effect on
Damage to the fovea would have the greatest effect on visual acuity.
What is fovea?
The fovea centralis, or fovea, is a small depression within the neurosensory retina where visual acuity is the highest. The fovea itself is the central portion of the macula, which is responsible for central vision.
The fovea is responsible for sharp central vision (also called foveal vision), which is necessary for humans for activities for which visual detail is of primary importance, such as reading and driving. The most devastating vision loss from a retinal disease often occurs when the fovea — a 1.5-millimeter pit in the central retina — is affected. However, despite the loss of photoreceptors in the fovea, the retina has a remarkable, innate ability to adapt somewhat by developing a pseudofovea.
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true or false: o2 gas produced by photosynthesis occurring in tony will contain a majority of the 18o isotopes originally found in the labeled co2 gas.
True. The oxygen atoms in water molecules are the source of the oxygen gas generated during photosynthesis. The plant's stomata are the entry point for the carbon dioxide required for photosynthesis.
The process of photosynthesis is where plants and certain bacteria produce oxygen. Oxygen is both consumed and produced by plants during respiration (via photosynthesis). Ozone (O3), a molecule made up of three oxygen atoms, is another product of aerobic respiration, as is carbon dioxide (CO2). When an organic molecule is oxidized, CO2 is frequently the end result. For example, photosynthesis requires six molecules of CO2 to make one molecule of glucose, and as a byproduct, six molecules of oxygen are also released.In the presence of sunshine, photosynthesis is the process through which plants absorb carbon dioxide and water. In the first phase of photosynthesis, water molecules are disassembled into individual atoms after being deprived of their electrons. Diatomic oxygen is created when the oxygen atoms from two water molecules join.
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Increasing permeability of the membrane to potassium will have what effect on the membrane potential?
A. It would make the membrane potential more positive.
B. It would make the membrane more negative.
C. It would have no effect.
Increasing permeability of the membrane to potassium will have what effect on the membrane potential will make membrane potential more negative.
The difference in electric potential between a biological cell's interior and exterior is known as membrane potential (also known as transmembrane potential or membrane voltage). That is, as long as there is no kinetic energy gain or radiation production, there is a difference in the energy needed for electric charges to flow from the interior to the outside cellular surroundings and vice versa. This energy consumption is directly determined by the gradients in charge concentration. The typical values of membrane potential for the cell's exterior are typically between -80 and -40 millivolts, abbreviated as mV.
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Detergent is used in the DNA isolation process because Group of answer choices it facilitates homogenization. it allows the precipitate to form. it stabilizes the DNA. it binds the negative ends of DNA. none of the answer choices are correct
Because detergent makes homogenization and DNA stabilisation easier, it is employed in the DNA isolation process.
Humans and nearly all other species carry their genetic information in DNA, also known as deoxyribonucleic acid. The DNA of an individual can be found in almost all of their cells. The majority of DNA is found in the cell nucleus (where it is known as nuclear DNA), but there is also a tiny quantity of DNA in the mitochondria (where it is called mitochondrial DNA or mtDNA). Cellular organelles called mitochondria transform the energy from food into a form that can be utilised by cells.
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An example of a sensor in a negative feedback loop that controls body temperature is _____.
a. a sweat gland.
b. a thermoreceptor.
c. skeletal muscle contraction.
d. the hypothalamus.
An example of a sensor in a negative feedback loop that controls body temperature is the hypothalamus.
The hormones are in charge of controlling the body's core temperature. A feedback mechanism frequently speeds up or slows down hormone output. Most hormones typically use this loop as a negative feedback mechanism. When anything starts to get too severe, a negative feedback process normalizes it. The thyroid gland, for instance, is controlled by a negative feedback process. The pituitary gland is stimulated to release thyroid-stimulating hormone by the hormone secreted by the hypothalamus. The thyroid gland then releases its hormones in response to the thyroid-stimulating hormone.
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Select the correct answer.
The images show two different types of Galapagos tortoises that scientists believe descended from the same species. The first type (left) are found on islands that have high vegetation and few grasses. The second type (right) are found on an island that has large amounts of grasses and low-lying shrubs. What explains the type of turtle found on the islands with high vegetation?
The image shows two different types of Galapagos tortoises. The tortoise on the left has a vegetarian and few grasses. The tortoise on the right has a large number of grasses and low-lying shrubs.
A.
The environment triggered a gene mutation in neck length in order to help the turtle survive.
B.
Mutations are random, so it is by chance that turtles with longer necks live on these islands.
C.
Turtles with genes for long necks had a better chance of surviving to reach reproductive age.
D.
Turtles with short necks completely lacked adaptations for finding food, so they died off.
The explanation for the type of turtle found on the islands with high vegetation is that Turtles with genes for long necks had a better chance of surviving to reach reproductive age.
The correct option is C.
What is adaptation?Adaptation is the process by which organisms adapt to their environment as a result of the development of special features or structures that help them to survive in their environment.
Then turtles with genes for long necks were better suited to obtain food from the high vegetation. Hence, they were able to survive.
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Human height occurs in a countinous range because it is affected by the interaction of many genes making it a(n)
Answer:
Human height occurs in a countinous range because it is affected by the interaction of many genes making it a(n) polygenic trait
Explanation:
i paid attention in my biology class buddy
Drag the 20 mwco membrane to the membrane holder between the beakers
To simulate simple diffusion using a dialysis machine, first fill the left beaker with a solution containing specific solutes such as sodium chloride, urea, albumin, glucose, etc., and fill the other right beaker with the solute.
What is the further procedure?
Put no deionized water and gradient. A semi-permeable dialysis membrane should be placed between the cups to allow diffusion. Dialysis membranes with different pore sizes in the right corner are indicated by MWCO20, MWCO50, MWCO100, and MWCO200. The smaller ones have smaller pore sizes and the larger ones have the largest pores. The larger the pore size, the easier the diffusion of solutes.
Start with pore size MWCO20. First pull the MWCO20 dialysis membrane from the right corner and place it between the cups. Then fill the cup with the appropriate solution. You must read the text before starting the activity. The first activity is in Na+/Cl- solution. Adjust the concentration of this solution to 9 mM on the left and press the dispense button. Now you can see the solution dispensed into the left cup. The right beaker should contain 0 mM deionized water. Simply press the deionized water button, then press the dispense button. Then you have to set the time
To do this, set the timer to 60 minutes and press start. Wait for the timer to reach zero to see if diffusion has occurred. Information is displayed in the message window. A message will appear stating that there is no diffusion. This indicates that there was no diffusion through the MWCO20 membrane, indicating that the pore size is too small for ions to diffuse. Repeat this experiment with urea, albumin and glucose and record the results. Note that the cup must be rinsed and refilled with new solution each time.
Now replace MWCO20 with MWCO50 and start the experiment with Na+/Cl- solutions. In MWCO50, diffusion occurs from the left cup to the right cup and the message window displays the average diffusion rate and time. Measurements such as MWCO pore size, initial left soluble concentration mM, initial right soluble concentration mM, and average diffusion rate can be recorded in the table below. Repeat the experiment for albumin, urea and glucose and record the measurements.
Therefore, Now repeat the experiment at MWCO100 and MWCO200 for each solution to see if diffusion occurred and record the measurements.
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The complete question is:
How do you do a simulating Dialysis? Drag the 20 mwco membrane to the membrane holder between the beakers?
