Viruses may contain all of the following except water.
'What are viruses?'
A virus is a small, straightforward infectious agent that only reproduces in the living cells of animals, plants, or microorganisms.
The genetic material that makes up a virus particle is contained inside a capsid, which is a protein shell. A virus's genetic material, or genome, can be either circular or linear and can be made up of single- or double-stranded DNA or RNA.
The majority of viruses range from 20 nanometers (nm; 0.0000008 inch) to 250–400 nm in diameter. The largest viruses have a diameter of roughly 500 nm and a length of roughly 700–1,000 nm.
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Plants which survive seasonal climatic fluctuations from year to year are ________.A) succulentsB) xerophytesC) perennialsD) annualsE) epiphytes
Plants which survive seasonal climatic fluctuations from year to year are Perennials.
Perennials are plants that will thrive for many growing seasons.Because a typical perennial has a life span of slightly more than two years. These plants will survive any season and will be alive year in and out. Now most of them are herbaceous and their shoot system tends to die every autumn and winter,leaving the root system intact. During spring and summer, the shoot grows again from the root and this process continues for a long period.Perennial plants regrow every spring, while annual plants live for only one growing season, then die off. Perennials generally have a shorter blooming period compared to annuals, so it's common for gardeners to use a combination of both plants in their yard.
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Crishna and Caveri live with their mother. In the morning, all three leave home
together.Crishna leaves Caveri at school and goes to college. Their mother goes to work
at the restaurant for the day. When mother return home, they cook dinner and then eat
together. During holidays, the children visit their father. What kind of family is this?
A nuclear family
B.
extended family
C. single parent family
D.
blended family
This is a single parent family. Therefore, option (C) is correct.
What is a single parent family?A single parent family is a family type that consists of one parent raising children on their own, without the support of a partner. This type of family structure can be formed due to a variety of circumstances, such as divorce, separation, or the death of a parent.
Single parent families can face unique challenges and may require additional support, but they can also be strong and successful. It is important for single parents to seek out resources and support, such as through community organizations, to help them in their role as caregivers and providers for their children.
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Describe the differences between how borlaug came up with a plant with the traits he wanted with how companies like monsanto get plants with the traits they want.
High-yield crop varieties were created by Norman Borlaug utilizing traditional breeding methods. Additionally, to increase crop output, agricultural biotechnology companies employ DNA recombinant technologies.
American agronomist Norman Borlaug crossed many crop types in the 1960s to create high-yield semi-dwarf crops (such as wheat and rice).
The 'Green Revolution' took place during this time, and Borlaug was awarded the Nobel Peace Prize for his contributions to reducing hunger in underdeveloped nations.
Additionally, modern agricultural biotechnology companies create genetically engineered organisms with the required properties for agriculture using DNA recombinant technologies (for example, resistance to drought or high grain yield).
Any organism (such as a plant) whose genetic makeup has been transformed via the use of DNA recombinant technology is considered a genetically modified organism.
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Full Question: Describe the differences between how Borlaug came up with a plant with the traits he wanted with how companies like Monsanto get plants with
the traits they want.
The green revolution
Tetanus is a condition caused by bacteria. The bacteria live in the soil and become
active in a human host causing painful, uncontrolled muscle spasms. What most
likely allows the bacteria to survive in the soil?
A the bacteria use cilla to digest small protists.
B the bacteria release water and nutrients into the soil.
C the bacteria use flagella to burrow deep into the soil to escape extreme heat.
D the bacteria create endospores making the bacteria resistant to environmental conditions.
Answer: The answer is D: the bacteria create endospores making the bacteria resistant to environmental conditions.
Explanation:
The most likely reason that the bacteria that cause tetanus are able to survive in the soil is because they create endospores, which makes them resistant to environmental conditions. Endospores are a type of hardy, dormant form of the bacteria that can survive extreme conditions, such as heat, cold, and desiccation. By creating endospores, the bacteria are able to survive in the soil and remain inactive until they encounter a suitable host.
For the following aqueous reaction, complete and balance the molecular equation and write a net ionic equation, making sure to include the physical states of the compounds: calcium hydroxide + nitric acid.
The net ionic equation of calcium hydroxide & nitric acid is written as 2OH⁻(aq) + 2H⁺(aq) → 2H₂O(l).
Net ionic equation is those reaction in which spectator ions are not involved.
Given reaction can be written in the molecular equation form as:
Ca(OH)₂(aq) + 2HNO₃(aq) → Ca(NO₃)₂(aq) + 2H₂O(l)
Complete ionic reaction for the above reaction will be written as:
Ca²⁺(aq) + 2OH⁻(aq) + 2H⁺(aq) + 2NO₃⁻(aq) → Ca²⁺(aq) + 2NO₃⁻(aq) + 2H₂O(l)
In the above equation Ca²⁺ & NO₃⁻ are the spectator ions because these two ions are present on the both sides.
So, net ionic reaction of the above reaction is written as:
2OH⁻(aq) + 2H⁺(aq) → 2H₂O(l)
Hence, the net ionic reaction is 2OH⁻(aq) + 2H⁺(aq) → 2H₂O(l).
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The photo shows a root hair. Water and nutrients flow into
root hairs on a plant's roots.
How does the structure of a root hair support its function?
A. It has a wax seal that repels soil.
B. It sticks out from the cell into the soil.
C. It conducts electricity through the soil.
D. It expands and shrinks in the soil.
Answer: B. It sticks out from the cell to the soil.
Explanation: Option B sounds more plausible.
Which kind(s) of mechanism(s) require(s) a carrier molecule to get nutrients across the intestinal cell membrane
The mechanism that require a carrier molecule to get nutrients across the intestinal cell membrane is absorption mechanism.
The maximum not unusual place mechanism of absorption for tablets is passive diffusion. This system may be defined via the Fick regulation of diffusion, wherein the drug molecule actions in keeping with the attention gradient from a better drug attention to a decrease attention till equilibrium is reached. Absorption is the motion of a drug from its web website online of management to the bloodstream. The rate and quantity of drug absorption rely on more than one factors, such as: Route of management. The system and chemical houses of a drug. Drug-meals interactions.
Thus, the mechanism is termed as absorption mechanism.
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Which of the following statements about receptor-mediated endocytosis is true? Multiple Choice O It is used to transport material out of the cell. O It is not specific O It involves clathrin-coated pits. O It involves transport of material into the cell through pores in the cell membrane. O It does not use any energy.
It involves clathrin-coated pits of the following statements about receptor-mediated endocytosis is true.
What is an endocytosis in biology?Christian deDuve first used the word "endocytosis" in 1963 to refer to both the intake of fluids or molecules in tiny vesicles as well as the digestion of big particles (like bacteria). Both of these processes are known as pinocytosis and phagocytosis, respectively (cell drinking).
What function does exocytosis serve?Exocytosis removes waste from of the cells so that the internal environment remains steady. cell growth and membrane repair Cells create vesicles during the endocytosis process using lipids and proteins from the plasma membrane.
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A cross between two mice with long tails and brown fur produced the four types of offspring listed below. Which genetic mechanism best explains the results of this cross?
The genetic mechanism that best explains the results of this cross is independent assortment. The correct option is A.
What is independent assortment?According to the Mendel's law of independent assortment, and the alleles from two or more different genes has been sorted into the gametes that independently of one another.
In other words we can say that the allele received by the gamete for one gene has no effect on the allele received for another gene. Independent assortment would occurs when alleles from at least two genes are assorted into gametes independently.
Thus, the correct option is A.
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Tsetse flies feed by piercing the skin with their mouthparts and _____. a. to suck the blood of animals and humans b. sucking the blood of animals and
Tsetse flies feed by piercing the skin with their mouthparts and sucking the blood of animals and humans.
Thus, the correct answer is B.
In sentence a, to suck аnd piercing аre not pаrаllel in grаmmаticаl construction. Pаrаllelism is the mаtching of the forms of words, phrаses, or clаuses within а sentence. Words, phrаses, аnd clаuses in а series should be pаrаllel in grаmmаticаl construction.
Pаrаllelism, or pаrаllel structure, is а wаy of providing bаlаnce to sentences or clаuses by using а similаr grаmmаticаl structure. Pаrаllelism often аppeаrs with verb forms. Mixing verb forms sounds unnаturаl to nаtive English speаkers аnd аffects the reаdаbility of а sentence. А common pаrаllelism mistаke is mixing gerunds with infinitives.
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An articulation, or joint, is defined as _____. mobile unions of two or more bones two bones fused together any two pieces of connective tissue joined to one another any point where two bones meet
An articulation, or joint, is defined as any point where two bones meet.
A joint, also known as an articulation (or articular surface), is the connection created between bones, ossicles, or other hard structures in the body that integrate the skeletal system of an animal into a functioning whole. They are designed to allow for various degrees and types of movement.
Some joints, such as the knee, elbow, and shoulder, are self-lubricating and practically frictionless, allowing them to tolerate compression and high loads while performing smooth and accurate motions. Other joints, such as sutures between skull bones, allow very minimal movement (just during birth) to preserve the brain and sensory organs.
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Full Question :An articulation, or joint, is defined as ___________.
any point where two bones meet.
mobile unions of two or more bones.
two bones fused together.
any two pieces of connective tissue joined to one another.
What is a signal word used to help in sequencing chronological order?
A signal word used to help in sequencing chronological order is sequence words.
What are sequence words?Sequence words signаl the sequence or order of events. They help the reаder understаnd the order of events in а story or procedure. Sequence words аre аlso cаlled time order words or sequentiаl trаnsition words. Like other trаnsition words, sequence words prevent choppy writing. In аddition, they signаl the sequence of events or steps so the reаder cаn understаnd the order in which they occurred or should occur. Writers use sequence words to help reаders follow the events they аre nаrrаting.
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The author includes examples of broiler chickens whose legs can't support their bodies and dairy cows that burn out quickly. How do these examples support the author's statement that "selective breeding comes with both benefits and drawbacks"?
Answer:
The Broiler
Explanation: Since the broiler chicken is short-lived, and most development of the gut immune system occurs shortly after hatching, much avian immunology research that is commercially relevant attempts to understand a system in a state of flux.
what are 3 conditions needed for osmosis to occur
The 3 conditions needed for osmosis to occur are the presence of water, a semipermeable membrane, and differences in solution concentrations.
Osmosis is the movement of substances through a membrane from a high concentration to a low concentration without the need for energy. Osmosis is a type of passive transport that is influenced by several factors such as temperature, molecular weight, concentration gradient, membrane surface area, and solubility. An example of an osmosis event is the preservation of food by using sugar or salt.
Osmosis can occur when there is water because of that osmosis is often called special diffusion, there is a semipermeable membrane as a barrier to the path between two types of solution concentrations, and differences in solution concentrations. The difference in water concentration causes the movement of substances from hypotonic to hypertonic.
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write a summary of each stage of cell respiration including the amount of energy created.
Cellular respiration is the mechanism by which organisms merge oxygen with food molecules, diverting the chemical energy in these substances into life-sustaining activities and discarding carbon dioxide and water as waste products.
STAGES OF CELL RESPIRATION:
1. Glycolysis: Glycolysis involves the chemical metamorphosis of glucose, a six-carbon sugar. It ultimately degrades into two motes of pyruvate, a three-carbon organic patch. ATP is produced in these responses, and NAD is converted to NADH.
2. Pyruvate oxidation: occurs when each pyruvate produced by glycolysis enters the mitochondrial matrix, the inmost cube of the mitochondria. It's also converted into acetyl CoA, a two-carbon patch bound to Coenzyme A. Carbon dioxide is emitted, and NADH is produced.
3. Citric acid: The cycle of citric acid. The acetyl CoA produced in the final step combines with a four-carbon patch and undergoes a series of responses, ultimately regenerating the four-carbon starting patch. Carbon dioxide is released as ATP, NADH, and FADH2 are produced.
4. Oxidative Phosphorylation: The final stage of aerobic cellular respiration is oxidative phosphorylation. The electron transport chain and chemiosmosis are the two substages of oxidative phosphorylation. Energy from the former stages of cellular respiration, NADH and FADH2, is used to produce ATP in these stages.
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Cellular breathing is the mechanism via way of means by which organisms merge oxygen with meal molecules, diverting the chemical energy in these substances into life-sustaining activities and discarding carbon dioxide and water as waste products.
STAGES OF CELL RESPIRATION:
Glycolysis:
Glycolysis involves the chemical metamorphosis of glucose, a six-carbon sugar. It ultimately degrades into two motes of pyruvate, a three-carbon organic patch. ATP is produced in these responses, and NAD is converted to NADH.
Pyruvate oxidation:
Occurs when each pyruvate produced by glycolysis enters the mitochondrial matrix, the inmost cube of the mitochondria. It's also converted into acetyl CoA, a two-carbon patch bound to Coenzyme A. Carbon dioxide is emitted, and NADH is produced.
Citric acid:
The cycle of citric acid. The acetyl CoA produced in the final step combines with a four-carbon patch and undergoes a series of responses, ultimately regenerating the four-carbon starting patch. Carbon dioxide is released as ATP, NADH, and FADH2 are produced.
Oxidative Phosphorylation:
The final stage of aerobic cellular respiration is oxidative phosphorylation. The electron transport chain and chemiosmosis are the two substages of oxidative phosphorylation. Energy from the former stages of cellular respiration, NADH and FADH2, is used to produce ATP in these stages.
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all water found on earth cannot be used for drinking why ?( give reason)
Answer:
Explanation:
Because much of the water on Earth is polluted or otherwise unfit for human consumption, not all of it can be utilized for drinking. The following are some of the reasons why water may not be safe to drink:
1. Pollution: Many bodies of water, such as lakes and rivers, are contaminated by industrial and agricultural waste, sewage, and other hazardous substances. This can render water dangerous to drink and damage aquatic life.
2. Microorganisms: Many bodies of water contain hazardous microorganisms such as bacteria, viruses, and parasites that, if consumed, can cause sickness.
3. Salinity: Some bodies of water, such as the ocean, contain excessive amounts of salt and other minerals, making them dangerous to drink.
4. Chemical contamination: Groundwater can be contaminated by chemicals such as pesticides, heavy metals and other pollutants that can leach into the water supply.
5. Temperature: Some bodies of water are too hot or too cold to be used for drinking.
Water must be treated before it can be consumed safely. Treatment methods include filtration, disinfection, and removal of dissolved minerals. Therefore, not all water found on Earth is safe to drink, and it must be treated before it can be consumed.
All water found on Earth cannot be used for drinking because it is not always safe or clean. Water can be contaminated with pollutants, bacteria, and other contaminants that can make it unsafe for drinking. Additionally, some water sources may contain high levels of minerals, salts, and other substances that can make it unpalatable or even dangerous to consume. In order to make water safe for drinking, it must be treated and filtered to remove any contaminants or impurities.
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What are the similarities between walking and running?
Answer:
Running, a natural extension of walking, involves increased velocities, joint range of motion, forces, muscle activity, joint moments, and joint powers as compared with walking.
Answer:
Walking and running are both (cardio) exercise.
Walking/running help's you lose weight and maintain a healthy weight and increases stamina
Explanation:
Walking and running both have pro/cons.
Biological structures tend to be composed of smaller units that assemble into more complex structures. Using eukaryotic chromosomes as an example, a) describe the smaller units and their assembly that leads to the larger, more complex structure of a chromosome. b) Identify one major function of chromosomes.
A) An inner membrane of a mitochondria is formed of a phospholipid bilayer, with the hydrophobic tails facing in and the hydrophilic heads pointing outward.
The highly folded inner membrane is occupied by many closely related proteins that form electron transport chains. These proteins are also embedded inside this lipid bilayer. A larger chemiosmotic gradient is produced by the increased surface area that the folded bilayer creates by allowing more electron transport chains to be present. In order for the mitochondria to produce ATP, which is then utilised by the entire cell, this gradient is required.
b. an enzyme – A polypeptide chain, which is created when amino acids combine to form an enzyme, is what makes up an enzyme. A carboxyl group, a R group, a carbon atom, and an amino group are the building blocks of these amino acids. When a protein folds upon itself in a certain way, according to its purpose, the enzyme is created. Because they operate as catalysts for several reactions, enzymes quicken cellular chemical processes.
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Think carefully about how these properties will allow the solvents used in paper chromatography to separate each type of pigment from the others.
A typical chromatography result is pictured below. Note that the spinach leaf extract was added at the pencil line, and the chromatography solvents pulled the pigments up the paper to produce the result that follows. Match each of the four numbered bands with the name of the pigment that the band most likely represents. - Xanthophyll
- Chlorophyll A
- Chlorophyll B
- Carotene
Carotene is represented by band 1, xanthophyll is represented by band 2, chlorophyll a and b are represented by bands 3 and 4, respectively. The pigments found in the plant are contained in the bands produced by paper chromatography.
What function does xanthophyll serve?Xanthophylls can serve as auxiliary illumination pigments, as LHC engineering structures, and as substances necessary for shielding vegetative microorganisms from light's potential hazards effects.
Which dietary items contain xanthophyll?Lutein, zeaxanthin, and -cryptoxanthin are dietary sources of xanthophylls, as are green leafy vegetables, corn, papayas, and peppers. Certain seafood, seashells, and mushrooms contain the minor currently prevailing panax ginseng and canthaxanthin.
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Which of the following is most closely related to T. rex? Archaeopteryx Chicken O Albertosaurus Ostrich Question 10 1 pts Which of the following traits evolved last (most recently) on the "one small step" phylogeny? digits eyes on top of a flat head strong armlike bones not enough information to tell
The correct answer is C. Albertosaurus. Albertosaurus is the most closely related species to Tyrannosaurus rex, as they are both members of the same family, the Tyrannosauridae. Archaeopteryx and Ostriches are members of different families and are not as closely related as Albertosaurus.
The trait that evolved last on the "one small step" phylogeny is strong armlike bones. This trait evolved after digits, eyes on top of a flat head, and other traits before it.
The trait that evolved last on the "one small step" phylogeny is strong armlike bones. This trait evolved after digits, eyes on top of a flat head, and other traits before it, such as the ability to grasp objects, the formation of joints, and the development of a musculoskeletal system.
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what "clot buster" enzyme removes unneeded clots after healing has occurred during fibrinolysis?
"Clot buster" enzyme that removes unneeded clots after healing has occurred during fibrinolysis is called plasmin.
What is the function of plasmin?Blood clot fibrinolysis and the restoration of regular blood flow are the primary physiological functions of plasmin. By converting its zymogen plasminogen by fibrinolytic activators in the presence or absence of fibrin, plasmin is a key fibrinolytic protease.
Clot retraction reduces the size of the clot as healing proceeds, and plasminogen is activated into plasmin that breaks down the fibrin in the clot.
An essential enzyme called plasmin, which is found in blood, breaks down a variety of blood plasma proteins, including fibrin clots. The term "fibrinolysis" refers to the breakdown of fibrin.
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The primary pigments contained in the epidermis are
O melanin, carotene, and chromatin.
O carotene, hemoglobin, and xanthophyll.
O xanthophyll, hemoglobin, and melanin.
O melanin, chromatin, and chlorophyll.
O carotene, eumelanin, and pheomelanin.
The primary pigments contained in the epidermis are D. Carotene, eumelanin, and pheomelanin
Epidermis is the outermost part of the leaf which functions to protect the tissues inside. Epidermal tissue is composed of cells that form a continuous layer covering the entire external surface of the body.
Inside the epidermis there is a stratum basale which actively forms skin cells. The stratum basale contains melanocytes, which are skin color-forming cells that function to protect the skin from UV radiation. The main pigments contained in it are carotene, eumelanin, and pheomelanin. Carotene pigments are dominated by orange or red-orange pigments. While the pigment eumelanin will affect most of the dark colors of hair, eyes and skin and pheomelanin is the melanin that colors pink body parts, such as lips
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Which of the following is true about digestive enzymes?
O An eryme can only be used one time
O Mont entrymes are produced by the liver
O Enzymes that work in the acie ewronment of the stomach cannot work in the basic or a nine environment of the small intestine and ce
O Erametro independent on min
The following is true about digestive enzymes: enzymes that work in the acid environment of the stomach cannot work in the basic or alkaline environment of the small intestine, and vice versa that is the third option.
What is the significance of the digestive enzyme in the stomach?There are different digestive enzymes, some of which work in the neutral pH, such as the salivary amylase, while others, like pepsin, work in the acidic environment, and the digestive enzymes in the small intestine work in the alkaline pH. If the pH is altered, they can't work.
Hence, the following is true about digestive enzymes: enzymes that work in the acid environment of the stomach cannot work in the basic or alkaline environment of the small intestine, and vice versa that is the third option.
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Why can agglutination be lethal for the patient when it occurs during a blood transfusion?
a. Agglutinated blood cells will clog the transfusion tube
b. Cancer is the ultimate outcome of blood agglutination
c. Liver epitopes will be attacked by agglutinated red blood cells
d. Agglutination can cause blockages in the patient's blood vessels
b. Cancer is the ultimate outcome of blood agglutination can agglutination be lethal for the patient when it occurs during a blood transfusion.
What can be done to prevent agglutination reactions during blood transfusions?Donated blood has to be compatible with the patient's blood in order to prevent a transfusion response. More particular, the patient's RBCs' ABO and Rh D antigens must be absent from the donor RBCs as well.
You could get an ABO incompatibility response if you get the wrong blood type during a blood transfusion. It's an uncommon but significant and perhaps lethal immune system reaction to incompatible blood.
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the greatest diversity (numbers of different species) of organisms can be found in ________.
The greatest diversity (numbers of different species) of organisms can be found in insects.
Estimates of the overall number of bug species or those belonging to certain orders can vary greatly. These estimations on average suggest that there are around 1.5 million species of beetles and 5.5 million species of insects worldwide, with approximately 1 million insect species having been discovered and documented so far.
Over 50% of all identified eukaryotes (1.8 million), or between 950,000 and 1,000,000 species, are insects (see illustration). With only 950,000 known non-insect species, if there are 5.5 million insects instead, they may make up more than 80% of the total.
Additionally, with only 20,000 new species of all organisms being described annually, the majority of insect species are likely to remain undiscovered unless the rate of species descriptions significantly increases.
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Why are plate counts of 30-300 considered viable? O CFU’s less than 30 reduce the accuracy during cell count. O CFU’s larger than 300 are due to the merging of individual colonies.
The Correct option (a) CFU’s less than 30 reduce the accuracy during cell count.
In microbiology, what is a plate count?Microbiologists assess the population density of bacteria in a broth using a technique known as the'standard plate count,' which involves plating a tiny and dilute part of the sample and counting the number of bacterium colonies.
How do you compute the total number of plates?TPC is calculated as follows: the number of bacteria in a petri dish multiplied by one and divided by the dilution factor. The quantity is then multiplied by the resulting dilution. TPC is calculated as follows: the number of bacteria in a petri dish multiplied by one and divided by the dilution factor. The quantity is then multiplied by the resulting dilution.
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describe the absorption of mineral salts after taking a meal containing a lot of mineral salts in the small intestine.
Answer:
After a meal containing a lot of mineral salts is taken in the small intestine, the mineral salts are absorbed by a process of active transport, facilitated diffusion, or cotransport. Active transport involves the use of energy to transport the mineral salts across the intestinal wall, facilitated diffusion involves the use of a carrier molecule, and cotransport involves the use of a carrier molecule and a concentration gradient. Once the mineral salts have been absorbed, they are transported to the bloodstream and other tissues in the body for use in various metabolic processes.
Which of the following could both a eukaryotic and a prokaryotic cell share/contain :
1- Nucleus
2- Golgi bodies
3- Endoplasmic reticulum
4- Cell membrane
5- Any membrane-bound organelle
The following which both eukaryotic and a prokaryotic cell share/contain is the cell membrane and is thereofre denoted as option 4.
What is a Prokaryote?These are the types of organisms whose cells lack a nucleus and other membrane bound organelles. Eukaryotes on the other hand are organisms which have a nucleus and other membrane bound organelles.
Examples of membrane bound organelles are nucleus, golgi bodies, endoplasmic reticulum etc and is therefore the reason why only cell membrane was chosen as the correct choice as it helps to provide structural integrity to cells.
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What is cardiorespiratory endurance and why is it the most important component?
Cardiorespiratory endurance is the ability of the body to sustain physical activity over a long period of time. It is the most important component of physical fitness because it affects a person's overall health, performance and well-being.
Cardiorespiratory endurance is the ability of the heart and lungs to work together to provide the body with oxygen and energy. It is important because it enables the body to perform activities for longer periods of time, such as running, swimming, and biking. When the heart and lungs work together efficiently, the body can utilize oxygen more efficiently and maintain physical performance for longer periods of time.
Cardiorespiratory endurance is important for a variety of reasons. One of the most important is that it helps to reduce the risk of heart disease and stroke. When the heart and lungs are working together efficiently, they can provide the body with an adequate supply of oxygen, which helps to reduce the strain on the heart. In addition, cardiorespiratory endurance can help to improve overall physical performance, as it allows the body to work harder and longer without becoming fatigued.
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Exercise training can improve homeostatic control via
O an increase in positive feedback
O an increase in negative feedback.
O a decrease in negative feedback
O cellular adaptation
Exercise training can improve homeostasis via a decrease in negative feedback, which is the third option and refers to the process by which a physiological change initiates a response that counteracts the initial change.
What is exercise training?It is designed for the betterment of health and the physique and includes cardiovascular exercise, strength training, flexibility, and balance training that improve cardiovascular health, increase muscle and bone strength, and maintain the physique of the individual.
Hence, exercise training can improve homeostasis via a decrease in negative feedback, which is the third option and refers to the process by which a physiological change initiates a response that counteracts the initial change.
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