Homeostasis Infected bacteria and viruses that are adapted to replicate at your normal homeostatic body temperature range may be hindered by the elevated temperature.
As a result, your immune cells may have a chance to eliminate the bacteria before they spread and reproduce quickly inside the body. The Our body's temperature is recorded by the hypothalamus, which compares it to the ambient temperature of about 37 degrees Celsius. If our body temperature drops too low, the hypothalamus makes sure that the body generates and maintains heat.
Homeostasis with variable set points can be seen in many different situations. Fever, in which the set point for core body temperature increases and is sustained at a higher level, is one of the most noticeable
Your sweat glands are signalled to produce perspiration in order to cool you off when your hypothalamus determines that you are too hot.When the hypothalamus senses that you are too cold, it sends signals to your muscles that drive you to shiver and produce heat. We refer to this as preserving equilibrium.
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after a wheat field is cleared,wild grasses and weeds start growing.the process is called
A field that was formerly planted with crops will eventually be stripped of its native flora and planted more with crops. Shifting cultivation systems are well-established and stable cycle between periods of cropping.
What does the succession process entail exactly?Ecological succession is the process in which a town's species or habitat mix changes over time. Unless a "climax community," such as a big forest, is reached or a major disruption, like a fire, occurs, these communities start replacing one another.
First succession is what?Two different succession patterns exist. Primary succession is first. Primary succession takes place at a place where there has never been a community before. Freshly exposed rock areas, dunes, and lava flows are examples of places wherein primary succession takes place.
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What have environmental scientists identified as a global issue affecting the environmental
quality?
Environmental scientists have identified blank
the environmental quality.
as a global issue affecting the environment
Answer: poverty
Environmental scientists have identified several global issues that affect environmental quality.
What are some of the major issues?Climate change - The increase in the Earth's temperature due to human activities like burning fossil fuels, deforestation, and industrial processes.
Biodiversity loss - The decline in the variety and number of species on Earth due to habitat destruction, overexploitation, pollution, and climate change.
Pollution - The presence of harmful substances in the air, water, and soil that can cause harm to human health, wildlife, and ecosystems.
Deforestation - The clearing of forests for agriculture, livestock grazing, and commercial development, which can lead to habitat destruction and loss of biodiversity.
Unsustainable resource use - The consumption of natural resources at a rate that exceeds their ability to regenerate, leading to depletion and environmental degradation.
These issues are complex and interconnected, and addressing them will require global cooperation and collective action.
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Answer:
POVERTY
Explanation:
POVERTY
poverty
Which of the following BEST describes the relationship between a nation's wealth and its overall meat consumption?
Question 34 options:
As wealth increases, meat consumption increases until it levels out at a moderately-high level
As wealth increases, meat consumption steadily increases
As wealth increases, meat consumption decreases until it levels out at a moderately-low level
As wealth increases, meat consumption steadily decreases
Option A. As wealth increases, meat consumption increases until it levels out at a moderately-high level is BEST explains how a country's wealth and overall meat consumption are related to Protein.
It is the protein in foods like meat, poultry, and fish releases energy right away; instead, these foods contain nutrients that regulate specific metabolic processes.
Despite the fact that the protein included in foods like meat, chicken, and fish does not directly supply energy, it does contain nutrients that support the regulation of some parts of metabolism. Both surpluses and shortages of calories or nutrients can lead to malnutrition.
Fish is an excellent source of protein and B vitamins that are low in calories and may give the body all-day energy. Salmon, sardines, and tuna are examples of fatty cold-water fish that often have higher amounts of omega-3 fatty acids and other micronutrients.
Seldom is protein employed as a fuel source. If the body does not receive enough calories from other foods or body fat, protein is converted into ketone bodies and used as an energy source.
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th each disease with the type of pathogen it is.
DRAG CIRCLE ON LEFT TO THE CORRECT CIRCLE ON RIGHT,
BLOODBORNE
TUBERCULOSIS
HIV
AIRBORNE
MEASLES
HEPATITIS
BORC
MENINGITIS
Diseases like Chagas' and malaria are extremely difficult to prevent, treat, and cure. Give at least four reasons for this and provide a brief explanation of each.
Answer:
To kill the parasite, Chagas disease can be treated with benznidazole or nifurtimox. Both medicines are nearly 100% effective in curing the disease if given soon after infection at the onset of the acute phase, including the cases of congenital transmission
Explanation:
What is a great way to reduce the
need for pest control?
A. plant only one crop species
B. keep plants as healthy as possible
C. spray crops with DDT
D. spray pests every month, even if you have no
pests
Answer:
The best way to reduce the need for pest control is to keep plants as healthy as possible. When plants are healthy, they can resist pests and diseases on their own, without the need for chemical pesticides. This can be achieved by providing optimal growing conditions, including proper nutrition, water, and sunlight, as well as regular pruning and maintenance to prevent overcrowding and stress. Additionally, planting a diversity of crops and using crop rotation can also help to prevent the buildup of pests and diseases in the soil.
where do plants get the energy needed to produce new leaves in the spring after losing their leaves in the fall?
Trees and other plants use the sun's energy to produce a kind of carbohydrates in their needles that serves as the tree's food. Photosynthesis is the name of this process.
what causes plants to start growing leaves again?Trees can tell when spring is approaching in two different ways. They react initially to days that are substantially warmer following a period of cold weather in the winter. In the same timing, they respond to a shift in the length of the day when longer days and fewer hours of darkness encourage new developments and growth.
Without leaves, how do plants receive their energy?Cacti are examples of plants that lack leaves in the conventional sense. In reality, their spines are modified leaves the body's cells or stem Consequently, photosynthesis enables plants like cactus to take in and transform solar energy.
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1. The vacuolated cells in the lining epithelium of the large intestine are filled with what material?
2. What are the three types of glands that form the gastric glands?
1. Goblet cells, unicellular gland cells, and enteroendocrine cells are all types of small intestine epithelium. 2. Pyloric, cardiac, and fundus or oxyntic glands are the three different types of gastric glands.
Hollow organs and glands are lined by "epithelium," which is a layer of cells.The majority of glandular tissue is made up of the epithelium, a type of human tissue that lines hollow organs and body cavities and covers all internal and external body surfaces.
They line the inside of hollow organs and internal cavities, make up most of the tissue in glands, and cover the whole body.
The plural of the word, epithelia, indicates both mass and count.
An epithelium is a type of animal tissue made up of closely packed cells, also known as epithelial cells, that are situated on top of a basement membrane.
At the very beginning of the stomach are the cardiac gastric glands, followed by the intermediate, or true, gastric glands in the middle of the stomach, and the pyloric glands at the terminal stomach area.Learn more about epithelium here
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Would it make a difference if the photographer of
this image intended to hang it in a gallery as "art?"
What if the goal of the artist was to make viewers
mad or uncomfortable? What if the artist created
this image as a way to engage viewers in
critiquing both Native American and non-Native
American cultures?
Answer:
The intentions of the photographer or artist may influence how viewers interpret the image and the context in which it is presented. If the photographer intended to hang the image in a gallery as "art," this could signal to viewers that the image is intended to be viewed in a particular way, and may prompt viewers to consider the image's artistic or aesthetic qualities.
If the goal of the artist was to make viewers mad or uncomfortable, this could influence the viewer's emotional response to the image and potentially prompt them to think more critically about the issues raised by the image.
Similarly, if the artist created the image as a way to engage viewers in critiquing both Native American and non-Native American cultures, this could prompt viewers to consider the image in the context of broader cultural and political issues, and may encourage them to think more critically about the ways in which different cultures are represented and understood.
In short, the intentions of the photographer or artist can play a significant role in how viewers interpret and respond to an image, and can shape the context in which the image is viewed and understood.
In your own words, describe the ATP/ADP cycle and explain why it is an important, frequent event
in cells?
Explanation:
ATP (Adenosine tri-phosphate) is an important molecule found in all living things. Think of it as the “energy currency” of the cell. If a cell needs to spend energy to accomplish a task, the ATP molecule splits off one of its three phosphates, becoming ADP (Adenosine di-phosphate) + phosphate. The energy holding that phosphate molecule is now released and available to do work for the cell. When the cell has extra energy (gained from breaking down food that has been consumed or, in the case of plants, made via photosynthesis), it stores that energy by reattaching a free phosphate molecule to ADP, turning it back into ATP. The ATP molecule is just like a rechargeable battery. When it’s fully charged, it’s ATP. When it’s run down, it’s ADP. However, the battery doesn’t get thrown away when it’s run down–it just gets charged up again.
Activity log - Low Impact Wind Sprint Drill
Record your time and activity below and in your unit fitness log. If a particular category does not apply, leave it blank.
Date:
Warm-up:
Cool-down:
Type of Activity: (Cardiovascular, Muscular, or Flexibility)
Description of Activity and Time:
Intensity Level: (Moderate or Vigorous)
Total Time:
Warm-up: 5 mins of jogging Cool-down: 5 mins of jogging :Type of Activity: Cardiovascular Description of Activity and Time: 10 reps of 1 min wind sprints: Intensity Level: Vigorous :Total Time: 10 mins
What is cardiovascular activity?Cardiovascular activity is any physical activity that increases the heart rate and causes the heart to pump more oxygen and nutrients to the body. It promotes the circulation of those essential elements throughout the entire body. Examples of cardiovascular activities include running, swimming, cycling, and dancing.
What essentials elements for a human body?The human body requires six core essential elements in order to maintain optimal functioning: nitrogen, hydrogen, oxygen, phosphorus, sulfur, and carbon.
1. Nitrogen – nitrogen is an essential element of proteins and other molecules, including enzymes, hormones, and DNA. Without nitrogen, the body would not be able to make the proteins it needs to survive.
2. Hydrogen – this element is needed to synthesize fatty acids, which are necessary for proper cell functioning. Hydrogen is also a component of water and helps stabilize other molecules in the body.
3. Oxygen – oxygen is required for energy production in the body and helps maintain the balance of water and other elements in the body.
4. Phosphorus – phosphorus is essential for energy production and is a component of DNA and cell membranes.
5. Sulfur – sulfur is a necessary component of several amino acids, which are used to build proteins in the body.
6. Carbon – carbon is the basic building block for all organic compounds in the body, including organic molecules such as carbohydrates, lipids, and proteins. Carbon is also critical for the metabolism of energy-producing molecules.
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what is one reason the membrane proteins could not go where the Davidson Danieli model thought they should go sandwiching the lipid membrane and either side 
One reason the membrane proteins may not go where the Davidson-Danielli model predicted is due to the fluidity and dynamic nature of the lipid membrane.
This model assumed that the lipid membrane was static and that proteins were fixed in their positions. However, it is now understood that the lipid membrane is constantly in motion, with lipids and proteins able to move laterally and even flip-flop between the two leaflets of the membrane.
As a result, membrane proteins may not be fixed in the locations predicted by the Davidson-Danielli model and may instead be more distributed or even inserted into the lipid bilayer.
Additionally, the Davidson-Danielli model did not account for the diversity of membrane proteins and their different structural and functional properties, which can also influence their localization within the membrane.
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21. What parent cross would give you an expected phenotypic ratio of 1:1:1:1 in the offspring? (show your work
in the Punnett Square to receive credit)
Answer:
The offspring of two heterozygous parents (AaBb x AaBb) should have a 1:1:1:1 phenotypic ratio.
A dihybrid cross between two heterozygous parents would result in an expected phenotypic ratio of 1:1:1:1 in the offspring.
For instance, the offspring of two heterozygous parents (AaBb x AaBb) should have a 1:1:1:1 phenotypic ratio.
Define phenotype?
A phenotype is an organism's collection of observable features or qualities that come from the interplay between its genotype and environment, as defined by genetics.
Describe a gene.
A gene is a piece of genetic material that resides in a specific location (locus) on a chromosome. By controlling the production of proteins, genes produce their desired effect.
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Q3. A. Describe how (i) Filtration, (ii) Low temperatures, (iii) Desiccation, and (iv) Osmotic pressure suppress microbial growth. B. Give Two (2) other names for bacterial capsule and list any Four (4) important functions
Desiccation is the term used in the sciences to describe the drying out from under a live thing. Examples include aquatic animals being hauled out of the water plants being subjected to sunlight or a drought.
What is the best way to eradicate microorganisms?Because moist heat may permeate microbial cells, it generally kills bacteria more effectively than dry heat. Proteins and enzymes lose the three-dimensional functional form when proteins are subjected to moist heat, which kills bacteria by denaturing their proteins.
In terms of microbial control, what is desiccation?Extreme dryness, often known as desiccation, is the result of excessive drying. Desiccation is the term used to describe gradual drying out of a live organism in biology and ecology. Desiccated microorganisms are unable to proliferate and divide.
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Why is meiosis important for organisms?
O It allows for genetic variation among organisms.
• It determines which genes are dominant and which are recessive
O It produces genetically identical cells.
O It provides a means of asexual reproduction
Answer:
Explanation:
Meiosis helps in the creation of haploid gametes hence creating gametes which have half the number of chromosomes as compared to the organism, thus when to gametes (male and female) they unite to form an organism which has the same number of chromosomes than that of the parents.
why is texas the best fracking site FAST Please
Texas has been a significant site for fracking due to its geological makeup and the presence of shale rock formations that contain abundant natural gas and oil reserves.
Additionally, Texas has a long history of oil and gas production, with an established infrastructure and workforce to support the industry. The state's regulatory framework and business-friendly environment have also made it an attractive location for fracking operations.
However, it is important to note that fracking is a controversial practice that has raised concerns about its potential environmental impacts, including water contamination, air pollution, and seismic activity.
Therefore, any decision to pursue fracking operations should be made after careful consideration of its potential benefits and risks.
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Which of the following can be classified as a consumer? O Herbivore Carnivore O Scavenger O All of these
According to the research, the correct answer is Option B. Carnivore can be classified as a consumer.
What are Carnivore?They are the secondary consumers who obtain the nutrients they need for their subsistence and development through the intake of meat, or by preying on other animals.
In this sense, within the trophic chain, they acquire their matter and energy from herbivorous animals such as the eagle or the wolf.
Therefore, we can conclude that according to the research, the correct option is B. Carnivore is a consumer that feeds on primary consumers (herbivores).
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using the simple approximation above calculate the volume of a right circular cylinder with radius of 3 and a height of 5 metters
Therefore, the volume of the right circular cylinder is approximately 135 cubic meters.
A right cylindrical cylinder is what?It is a cylinder with two circular bases and an axis running perpendicular to the lines of the bases, which is connects the centres of the bases. The formula is V=r2 can be used to determine a cylinder's capacity.(h).
The volume of a right circular cylinder can be estimated using the given approximation as follows:
Volume = πr²h ≈ 3r²h
Substituting r = 3 meters and h = 5 meters, we get:
Volume ≈ 3(3 meters)²(5 meters)
Volume ≈ 135 cubic meters
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Question:
The volume of a right circular cylinder can be approximated as follows: Volume = ?r2h; where r is the radius of the cylinder and h is the height of the cylinder; ? is a constant that is roughly equal to 3. Using the simple approximation above, calculate the volume of a right circular cylinder with a radius of 3 meters and a height of 5 meters.
When someone is admitted to the hospital, one of the first procedures health-care professionals perform is a blood draw. One lab value checked is a white blood cell (WBC) count. If the WBC count is elevated (normal range 4 4,000–11,000/mm3), this could indicate the presence of inflammation. Further analysis (called a differential) is performed to determine the relative prevalence of different types of white blood cells and the potential cause of the inflammation. What might be causing the inflammation if lymphocytes were elevated? Explain your reasoning.
If lymphocytes are elevated in the differential analysis of a blood sample, it could indicate the presence of a viral infection, such as mononucleosis or the flu.
What are lymphocytes and what are the causes of the elevation in their levels?Lymphocytes are a type of white blood cell that plays a critical role in the body's immune response to viral infections. When the body is infected with a virus, the lymphocytes become activated and increase in number to fight off the infection.
Other possible causes of elevated lymphocytes include bacterial infections, autoimmune diseases, and certain types of cancer, such as leukemia and lymphoma. However, in most cases, an elevated lymphocyte count is associated with viral infections.
It is important to note that an elevated lymphocyte count alone does not provide a definitive diagnosis of a particular disease or condition. Further testing, such as viral testing or imaging studies, may be necessary to confirm a diagnosis and guide treatment.
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In dogs, pointed ears are dominant to floppy ears. A dog that is heterozygous for ear shape and a dog that has floppy ears mate. What is the parental cross?
Responses
Ee x Ee
Ee x Ee
EE x Ee
EE x Ee
Ee x ee
Ee x ee
EE x ee
Ee x ee would be the parental cross between a heterozygous (Ee) dog and an ee dog, resulting in 50% of the progeny having pointed ears (Ee) and 50% having floppy ears (ee).
A heterozygous dog (Ee) and a dog with floppy ears (ee) would be a parent cross of Ee x ee. This is due to the fact that the floppy-eared dog has two recessive (e) alleles as opposed to the heterozygous dog's single dominant (E) and one recessive (e) gene for ear shape. The Punnett square predicts that when these two dogs are crossed, 50% of the progeny will have pointed ears (Ee) and 50% will have floppy ears (ee).
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Identify the cellular structure that assembles an organic molecule
Which type of society is most likely to be nomadic?
O A. Postindustrial
B. Industrial
OC. Agrarian
OD. Pastoral
Answer:
D. Pastoral
Explanation:
Please help with this biology question! Photo is added of the problem.
The mutation is in the third position of the first codon, where "C" replaced "A", resulting in the codon "UAC" instead of "AUC".
What is a mutation?A mutation is a change that occurs in the DNA sequence of an organism. It can be caused by errors during DNA replication, exposure to mutagens such as radiation or chemicals, or spontaneous changes that occur over time.
Considering the given mutated DNA sequence:
mRNA sequence: AUG UGG ACC UGA CUA
Amino acid sequence: Met Trp Thr Stop Leu
The effect on the protein depends on the specific amino acid that is affected by the mutation. Referring to the chart, the codon "AUC" codes for the amino acid Isoleucine (Ile), and the mutated codon "UAC" codes for Tyrosine (Tyr). Therefore, the mutation results in a substitution of Isoleucine with Tyrosine at the first position of the polypeptide chain.
This is a substitution mutation, also known as a point mutation. It occurred at a single nucleotide position and changed the corresponding codon from one amino acid to another.
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Archaeopteryx. :
transitional fossil between ______ and ________
Describe the flexor and extensor muscles of the cat forelimb
Answer:
The cat forelimb has two sets of muscles, flexor and extensor muscles. The flexor muscles are located on the underside of the forearm and are responsible for flexing the wrist joint and the digits (toes). These muscles include the flexor carpi radialis, flexor carpi ulnaris, and flexor digitorum profundus.
On the other hand, the extensor muscles are located on the upper side of the forearm and are responsible for extending the wrist and digits. These muscles include the extensor carpi radialis, extensor carpi ulnaris, and extensor digitorum communis.
Together, the flexor and extensor muscles work to allow the cat to perform various activities such as climbing, running, and catching prey.
what is your opinion of the NFL's new safety regulations ? Do you think they are you strict , not strict enough , or just right ? Why? What would change about the New rules , if anything? explain.
The NFL's new safety regulations are an important step in protecting players from injuries, and I believe they should continue to be enforced to ensure the long-term health and well-being of the players.
What are the NFL new safety regulations?
The NFL has implemented several safety regulations in recent years to protect players from injuries. These regulations include rules on helmet-to-helmet hits, tackling techniques, and concussion protocols. The league has also made changes to the rules governing kickoffs and has increased the number of penalties for dangerous hits.
In my opinion, these safety regulations are necessary to protect the players' well-being and should be strictly enforced. However, some critics argue that the new rules have made the game less exciting and have taken away from the physicality of football.
The NFL has also faced criticism from some players who feel that the rules are too strict and are limiting their ability to play the game. Some players have expressed concern that the new regulations could lead to more penalties and fines, which could affect their performance on the field.
If the NFL were to make changes to the new safety regulations, it might consider finding a balance between player safety and maintaining the physicality of the game. Additionally, the league could work with players and coaches to improve training techniques and equipment to further reduce the risk of injury.
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What conclusion can be drawn from this observation?
“It looks like the ratio of pregnancies to live births among the women in this study is about the same. However, the number of surviving children was significantly higher for children who have the high oxygen saturation homozygote. The number of infant deaths was also significantly lower for this population."
The high oxygen saturation homozygote is thought to be linked to higher survival rates and lower infant mortality rates in children, according to the observation.
What inference can be made from the fact that a wire carrying current deflects?A current-carrying wire that deflects a compass needle put close to it leads to the conclusion that the wire is responsible for creating the magnetic field that is present around the needle.
How should the conclusion of an observation report be written?The summary of the entire investigation should be included in the conclusion, and you should emphasise the significance of your findings. Don't add any fresh information. Provide any recommendations you may have as well. Make careful to provide a description of any unexpected issues you ran into as well as a statement of the study's limitations.
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According to the findings, the high oxygen saturation homozygote is associated with higher survival rates and lower newborn mortality rates in children. A current-carrying wire deflecting a compass needle placed close to it leads to the conclusion that the wire is responsible for the magnetic field that exists around the needle. The conclusion should include a summary of the entire inquiry, and you should emphasize the significance of your results. Don't include any new information. Please also include any recommendations you may have. Make sure to include a description of any unanticipated problems you encountered, as well as a disclosure of the study's limits.
An examination of the planets orbiting other stars shows us what
The study of exoplanets, or planets that orbit other stars, has provided a wealth of knowledge about the variety and characteristics of planetary systems outside of our own Solar System.
We can see what by looking at the planets circling other starsExoplanet research has improved our knowledge of planetary system evolution and formation, as well as the conditions necessary for life to exist on other planets. Exoplanet observations have uncovered a wide variety of planet sizes, compositions, and orbits, as well as the identification of numerous previously unidentified new types of planets. The chemical make-up and climate of an exoplanet can also be discovered by studying the light that travels through its atmosphere. You can use this data to find out if the planet has the conditions needed to support life, such as the presence of water, organic molecules, and other key ingredients.
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The west coast of South America is best described as
a. convergent play boundary
b. divergent plate boundary
c. transform plate boundary
d. none of the above
Answer: A. Convergent play boundary
Explanation:
The westward-moving South American Plate is moving away from the Mid-Atlantic Ridge, and on its western edge, it forms a convergent boundary with the subducting Nazca Plate. Convergence occurs when two plates are pushing into each other. (I looked it up lol)
Fill in the following phrases on the image above: glucocorticoids secreted, mineralocorticoids secreted, epinephrine & norepinephrine secreted, sympathetic nervous system activated, adrenal cortex stimulated, adrenal medulla stimulated, anterior pituitary activated, cardiovascular and respiratory system react to increase energy, kidneys retain water and cause increased blood pressure, fat and muscle break down to increase energy
Long-term stress are glucocorticoids secreted, mineralocorticoids secreted, adrenal cortex stimulated, anterior pituitary activated.
What is stress?Stress is a physiological and psychological reaction to a feared or difficult situation. It is a normal and necessary response that gets the body ready to handle circumstances that call for more focus or action, such a physical threat or a job deadline.
Short-term stress are epinephrine & norepinephrine secreted, sympathetic nervous system activated, adrenal medulla stimulated, cardiovascular and respiratory system react to increase energy, kidneys retain water and cause increased blood pressure, fat and muscle break down to increase energy.
The adrenal cortex, pituitary gland, and hormone release are mentioned in connection with the long-term stress response, which denotes a more enduring reaction to stress. In contrast, the words used to describe the short-term stress response refer to the sympathetic nervous system being activated and the release of hormones like adrenaline and norepinephrine, which indicate a quicker, more immediate reaction to stress.
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