After the fat has been digested, fatty acids are passed through the lymph system and then pass throughout the body.
Bile may be a liquid that's made and discharged by the liver and put away within the gallbladder. Bile makes a difference in digestion. It breaks down fats into fatty acids, which can be taken into the body by the stomach-related tract. Bile contains Mostly cholesterol Bile acids Bilirubin, Water Body salts such as potassium and sodium, Copper, and other metals. After the fat has been processed, fatty acids are passed through the lymph system and after that through the body through your bloodstream to be utilized or put away for energy, development, and cell repair.
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7. how are the nadph and g3p molecules made during photosynthesis similar? 8. they are both end products of photosynthesis.
Both NADPH and glyceraldehyde-3-phosphate (G3P or GA3P) molecules use chemical bonds to store energy.
The process of photosynthesis is utilized by plants and other living things to change light energy into chemical energy that may then be released through cellular respiration to power the organism's activities.
The initial stage of photosynthesis results in the production of NADPH. The processes that take place during the second stage of photosynthesis are aided by it. For the many phases of the photosynthetic process to be completed, plant cells need light energy, water, and carbon dioxide.
Sunlight, carbon dioxide, and water are the three substrates needed for photosynthesis, which is a multi-step process. It generates glyceraldehyde-3-phosphate (G3P or GA3P), a simple carbohydrate with a high energy content that may be transformed into glucose, sucrose, or other sugar molecules, as well as oxygen.
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which cells of the pancrease secrete insulin? which cells secrete glucagon? what are the effector cells for each of these hormones?
The pancreatic β-cell plays a key role in glucose homeostasis by using secreting insulin, the simplest hormone that is able to lower blood glucose awareness.
Glucagon is a peptide hormone secreted from the alpha cells of the pancreatic islets of Langerhans.
Even as the beta cell produces insulin, the most effective blood glucose-reducing hormone of the body, the alpha cell releases glucagon, which elevates blood glucose. under physiological situations, these mobile kinds have an effect on each other in a paracrine manner.
There are 3 basic styles of hormones: lipid-derived, amino acid-derived, and peptide. Lipid-derived hormones are structurally much like ldl cholesterol and include steroid hormones which include estradiol and testosterone.
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What type of hormones use second messengers in a cascade of reactions that trigger a cell response?.
The hormones that use second messengers to trigger a cell response are glucagon, calcitonin and thyroid-stimulating hormone which achieve the result through cAMP.
Glucagon takes part in levels regulating the levels of blood glucose .
Calcitonin helps in construction of bones and regulation of blood calcium levels.
Thyroid-stimulating hormones releases T3 and T4 from the thyroid gland .
There are three types of second messengers namely;
calcium ions cyclic nucleotides that include cAMP and cGMP inositol trisphosphate and diacylglycerol.The above are molecules transfer signals that are received at the receptors on the surface of the cell.
The cell response is triggered by the cyclic AMP which is activated by the G-proteins.
The cell responses to hormones involve; protein and enzyme production.
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how long does it take for a fertilised human egg cell to develop into a fully formed baby?
Answer:40 weeks
Explanation:
Within 24 hours of fertilization, the zygote (two combined gametes) begins to divide into many cells. Within 8 weeks of pregnancy, the embryo is now a fetus, and the total development time from a zygote to a fully formed fetus is 40 weeks, typically.
a lineage of fossil mammals shows unusual stability over time for size. modeling and statistical analysis rule out genetic drift as an explanation for the pattern. what is the most likely cause for this pattern?
The most likely cause for this pattern is stabilizing selection. When the population stabilizes on a given characteristic value and genetic variation declines, stabilizing selection takes place.
Stabilizing selection is a kind of natural selection in which the population mean stabilizes on a specific non-extreme trait value. Because most qualities don't seem to change significantly over time, this is regarded to be natural selection's most frequent mode of operation.
High and low birth weights are associated with decreased survival in both males and females, making birth weight a classic example of a feature that is subject to strong stabilizing selection.
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When oxidized completely, which of the following 3 milk products will release the greatest amount of potential energy (G)? Casein, Lactose, or Palmitic Acid?
When oxidized completely, casein will release the greatest amount of potential energy (G) .
What is Casein?Casein is a family of related phosphoproteins that are found in mammalian milk. It comprises about 80% of the proteins in cow's milk and 20% to 60% of the proteins in human milk.
Casein is a slow-digesting protein that boosts muscle growth and help in recovery after exercise. Taking this can improve the health and also increase the total daily protein intake. This is also an important factor in weight loss and muscle growth.
Casein is absorbed slowly, so it can be more satiating in the long-term. Taking it regularly can cause weight loss and improved body composition.
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describe the role that intercostal muscles plays in gas exchange in the lungs
Answer:
Intercostal Muscles Overview
In humans, the muscles are solely for the purpose of expanding and contracting the rib cage. Other animals may have slightly different uses for the intercostal muscles, as discussed in the examples below. While the muscles serve generally the same purpose, they have been adapted in various ways in different organisms. These muscles are considered skeletal muscles.
There are 3 types of intercostal muscle. The innermost intercostal lies inside the ribs. The internal intercostal muscle sits between two ribs. The external intercostal muscles sit on the outside of the ribs. Between each of the 12 ribs, each of these three intercostal muscles is present. The first and last ribs only have intercostal muscles on one side.
The intercostal muscles relax while the lungs are expanding, allowing them to fill up with air. When an organism breathes out, the intercostal muscles contract to put pressure on the lungs and help drive the air out. This cycle continues constantly as an organism breathes.
The innermost intercostal muscles relax, while the external intercostal muscles contract, causing the chest cavity to expand. This expansion allows the lungs to fill with air, due to the negative pressure created by the extra space. Air fills the lungs, gases are exchanged, and it is time to exhale.
Explanation:
Chest Cavity Contraction
To force the air out, the chest cavity must become smaller, to put pressure on the air. To do this, the opposite process of inhalation happens. The diaphragm and external intercostal muscles contract, applying force to the bottom and sides of the lungs. The innermost intercostal muscles now contract, while the external intercostal muscles relax. This causes the chest cavity to contract as a whole, forcing the air out of your lungs. The internal intercostal muscles, or middle layer of muscle, helps keep the ribs from separating and holds the shape of the chest cavity.
Examples of Intercostal Muscles
Intercostal Muscles in Snakes
In different animals, intercostal muscles can perform different tasks. Snakes use their intercostal muscles in a different way than humans, based on their anatomy. Snakes typically only have one functioning lung, which fills along part of their body. Essentially, a snake has reduced its functional skeleton to a spine and rib cage. As in humans, the intercostal muscles in a snake play a role in bringing air into the lungs. By a similar process, the innermost and external intercostal muscles alternate their contracting and relaxing to expand and contract the lung.
Snakes, having no limbs, must also use their intercostal muscles when making a variety of other movements. While they have layers of muscles on top of their ribs that control their motion, the intercostal muscles have a much larger role to play in maintaining the shape and size of the body cavity.
For instance, when a constricting a prey item, a large snake creates an enormous amount of pressure with their muscles. This pressure is exerted not only on the prey item but also on the snake’s own body. To keep itself from damaging its internal organs, the snake must contract its intercostal muscles and create a strong cage around its lung, heart, and other sensitive organs.
species x has a gene a that has this as part of its sequence: atgctgcctagc which species is most closely related to species x, based on their gene a sequence?
ATTTGCCTAGC is most closely related to species x, based on their gene a sequence.
What is Sequence ?The basic structure of a biological macromolecule, also known as the sequence, is the covalently connected, one-dimensional ordering of monomers inside a biopolymer. The term "sequence" can apply to a variety of substances, although it is most frequently used to describe a DNA sequence.
An ordered list of numbers is a sequence. The three dots indicate that the established pattern should move forward. A phrase is used to describe each number in the series. The first term in the order 1, 3, 5, 7, 9,... is 1, the second is 3, the third is 5, and so on.
The nucleotide base sequence of an organism's genetic material can be recognized and recorded thanks to DNA sequencing. Frederick Sanger and his associates created the chain termination method of sequencing throughout the 1970s. Another name for the chain termination technique is Sanger sequencing.
What is Gene Sequence ?A technique used in laboratories to map out the complete genetic composition of a particular organism or cell type. To detect changes in specific regions of the genome, utilize this technique. These modifications could aid research into the pathogenesis of particular diseases like cancer.
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one of the building blocks of a nucleic acid
i will mark the best ancer the brainlyest
the ability of a virus or bacteriophage to specifically attach to particular types of host cells occurs through the interactions of the viral attachment protein with the host cell receptors. this binding determines
The binding of a virus or bacteriophage to attach to the host cells determines the host range.
Phages interact and attack a particular type of bacteria; they do not attack other types of bacteria or the cell lines of other organisms. The interactions between phages and their host cells have garnered a lot of attention because of how specifically they occur. The binding thus determines the host range tp attch to the host cell.
Bacteriophage is a virus that can infect bacterial cell. It enters the host cell through the lytic cycle. the virus in the bacterial cell can even kill the host cell or replicate even without killing it. The bacteriophage attaches to the bacterium using its long tail fibers, and after doing so, the virus inserts its genetic material into the host cell to start the reproduction process.
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a mitotic daughter cell has just been formed and contains 12 non-replicated chromosomes. how many replicated chromosomes were contained in the parent cell before the two daughter cells were formed?
During mitosis, the number of replicated chromosomes contained in the parent cell before two daughter cells are formed is still 12 chromosomes.
The number of chromosomes does not change during mitosis. The phase in which the cell prepares for division is called interphase. If a cell has 12 chromosomes during interphase, the number of chromosomes in each daughter cell remains 12 even after mitosis ends.
The characteristics of mitosis are:Cleavage takes place once.The number of daughter cells produced is two.The number of chromosomes in the daughter cells is the same as the number of chromosomes in the parent cell, which is 2n (diploid).The properties of the daughter cells are the same as those of the parent.Occurs in body cells (somatic cells) for example in embryonic tissue, including root tips, stem tips, and cambium circles.The mitotic division aims to multiply cells such as the growth or repair of damaged cells.Learn more about mitosis here https://brainly.com/question/23750975
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Human blood types are determined by genes that follow the codominance pattern of inheritance. there are two dominant alleles (a and b) and one recessive allele (o). if a man that has the blood type aa mates with a woman that has the blood type bo. what are the chances of them having a baby that has "a" blood type?
Answer:
50%
Explanation:
Blood type a and b are codominant, so lets express as 'A and B'
Blood type o is recessive, so is expressed as little 'o'
A man has blood type aa which needs to be written as dominant (in caps) = AA
A woman has blood type bo. The b needs to be dominant and the o stays as little 'o' = Bo
As you can see in the punnet square I have drawn the alleles of the man (AA) at the top and the alleles of the woman (Bo) on the left side to find the alleles of the offspring.
We have the alleles:
AB, AB, Ao, Ao
AB = blood type AB because A and B are codominant which are expressed equally
Ao = blood type A as only A is dominant here which takes express over the recessive 'o'
We have 2 'Ao' out of 4
2/4 = 0.5
0.5 × 100 = 50%
What challenges of life can you see these organisms dealing with?
Answer:Three challenges of life would be finding food and shelter and surviving .
Explanation:
The acquisition of traits by their transmission from parent to offspring is called?.
The acquisition of traits by their transmission from parent to offspring is called hereditary.
Acquired tendencies, or acquires traits aren't transmitted via duplicate to offspring.
The changes that make up obtained tendencies can tackle a lot of paperwork and degrees of visibility, however all of them have a comparable trait. After birth, they modify a dwelling organism's shape or feature in a few way. The tendencies which can be transmitted from dad and mom to offsprings is known as heredity or inheritance.
Heredity, usually called inheritance or organic inheritance, is the technique with the aid of using which features are exceeded down from one era to the next. Whether via asexual duplicate or sexual duplicate, the offspring cells or organisms collect the genetic makeup in their dad and mom. Genetics is the examine of heredity in biology.
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what environmental variables might affect the net rate of photosynthesis? list at least two. why do you think they would affect it? how do you predict they would affect it? 3. what features or variables of the plant leaves might affect the net rate of photosynthesis? how and why? 4. could the way you perform the procedure affect the outcome? of the outcome changes, does it mean the net rate of photosynthesis has changed? why do you think that?
Photosynthesis is one of the most process in the plants and there are large number of factors like sunlight, oxygen, CO2, water etc. that affect the rate of photosynthesis.
1. the plant's exposure to temperature, carbon dioxide levels, and light levels. Because photons of light energy are required to excite the electrons in the thylakoid membrane, these parameters will have an impact on the photosynthesis process. In the absence of sufficient CO2, Rubisco will adhere O2 to RuBP rather than CO2.
3. The amount of water in the plant is a variable that might have an impact on the net rate of photosynthesis. The stomata are closed in plants with high water content, whereas they are open in plants with low water content. The stomata enable carbon dioxide to enter plant cells, ultimately performing photosynthesis.
4. Yes, while using a different kind of plant during the performance, the technique could modify the final result. The rate of photosynthesis may have sped up or slowed down if the leaves didn't drop to the bottom after being placed inside the container. I think this because, in contrast to the leaves that had sunk, the leaves that were suspended in the middle of the container had an advantage when ascending to the top.
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1. how fast was the population of america growing and what were the sources of its population growth?
The population of America is growing very fast. Increasing immigration and high fertility were both contributing to America's population growth. The birth rate, death rate, and migration are the three variables that affect population change.
Cities arose as a result of the enormous workforces needed by industrial companies and the necessity for housing for both the employees' families and themselves. Millions of immigrants came to the United States in search of employment and a better life in factories and cities.
Death rates have dropped as a result of technology, medicine, and diet. Rapid population growth is the term used to describe the aggressive population growth brought on by higher birth rates and lower mortality rates. The availability of food, water, energy, and trustworthy medical care, as well as industrialisation, are other causes.
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the result of a particular experiment is called a(n) a. observation. b. conditional probability. c. event. d. outcome.\
An outcome is the conclusion of an experiment. (Select d)
What kind of observation would this be?A straightforward observation would be to watch an apple fall from a tree. Another finding was that fish only frequent a particular section of the stream inside the morning. The scent of rotting rubbish is another example of observation.
Why is observation so important?Our ability to see things, events, attitudes, and occurrences helps us learn about them via one or possibly several senses. Because it serves as the foundation for efficient communication, the ability to see and understand an outside world is essential.
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Using the mRNA codons, identify the amino acids. (1 POINT)
Answer:
1. AUG- Methionine
2.CUG-Serine
3.ACC-Threonine
4. UAG-Amber
Explanation:
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which of the statements correctly contrasts anabolic and catabolic pathways?anabolic pathways are exothermic, whereas catabolic pathways are endothermic.anabolic pathways are aerobic, whereas catabolic pathways are anaerobic.anabolic pathways are biosynthetic, whereas catabolic pathways are degradative.anabolic pathways are exergonic, whereas catabolic pathways are endergonic.
The statement that correctly contrasts anabolic and catabolic pathways is: (3) Anabolic pathways are biosynthetic, whereas catabolic pathways are degradative.
Anabolic pathways are biosynthetic that means they are involved in the formation of molecules. The process combines smaller molecules to form large macromolecules. This process usually requires the input of energy. It is a part of metabolic reactions. The example is synthesis of glycogen from glucose.
Catabolic pathways are also a set of metabolic reactions. It is a degradative pathway because it breaks the large macromolecules into smaller units. The pathway usually releases energy. The examples are glycolysis, beta oxidation, etc.
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3 processes that occur in nature that allow an e. coli cell to end up with new dna sequences not found in its parent cell.
Three processes that occur in nature that allow an E.coli cell to have new DNA sequences not found in its parent cell are : Transduction, transformation and conjugation
What are the methods of genetic recombination?Transduction, transformation and conjugation are the recombination strategies used by E.coli to expand their genetic variety.
Process by which DNA is transferred from one bacterium to another by a virus is called transduction. It also refers to the process where foreign DNA is introduced into another cell through a viral vector.
In transformation, bacterium takes up a piece of DNA floating in its environment and in conjugation, DNA is transferred between bacteria via a tube between cells.
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which x-ray does not involve injecting a dye into the bloodstream? question 20 options: a) cystography b) intravenous pyelogram c) excretory urography d) all of these
Cystography does not require the bloodstream to be injected with a dye like x-ray does (answer:option a.cystography).
Bloodstream infection: What is it?Bloodstream infections (BSIs) are infectious diseases characterized by the presence of feasible bacterial as well as fungal microbes in the bloodstream that cause or have caused an inflammatory reaction characterized by alteration of diagnostic, laboratory. This presence is later demonstrated either by positivity of one or even more blood cultures.
Do veins contain blood?Veins. These are the blood arteries that return blood to the heart from the body. Capillaries. These are microscopic blood channels that carry oxygen-rich blood throughout the body between arteries and veins.
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According to the provided statement, a dye is not injected into the patient's circulation during a cystography x-ray.
How does the body fight bloodstream infection?
body. Blood transfers waste products from living cells and supplies them with nutrients and oxygen. Additionally, it transports immune cells that fight infections and has platelets that can block a blood vessel that has been injured in order to stop blood loss. The circulatory system allows blood to adjust to the body's requirements.
Does alcohol get into your bloodstream?
Because the body can only metabolize roughly 0.25 ounces of alcohol per hour, one serving of alcohol is completely absorbed into the blood stream within 30 to two hours of consumption. each person reacts to alcohol differently.
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What is the primary advantage of using phase comparison in an interference microscope?.
Using the structures of interference microscope, we got that phase comparison can be used to view specimen that is unstained.
Although all optical microscopes in strict sense create images by diffraction, interference microscopy creates images using difference between an interfering beam unmodified by specimen and an otherwise identical beam that illuminates it. A beam splitter divide light into two paths, one of which passes through specimen while the other bypasses it. When the two beams are combined, resulting interference between them reveals the structure of specimen. The first successful system, was actually invented by British microscopist Francis Smith and French physicist Maurice Françon in year 1947, used quartz lenses to produce reference and images-forming beams that were perpendicularly polarized.
The other advantages of using phase comparison in an interference microscope are:
Can be used to study marine organisms due to its dark space.Can be used to study live bacteriumHence, the reason of using phase comparison in an interference microscope is that with the help of this we can view specimen that is unstained.
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Make identical strands of DNA:
CCG GAT TTT AAT TAG CTA CTA TCG TAC TAC GTT GGT GCT
Which of these is something that is present ONLY in plant cells?
A. mitochondria
B. nucleus
C. chloroplast
D. DNA
the primary function of this vertebrate system is the maintenance and retention of water. multiple choice question. respiratory digestive urinary circulatory
The primary function of this vertebrate urinary system is the maintenance and retention of water. Thus the correct answer is option (C) Urinary system.
The vertebrate kidney is a component of numerous interconnected systems that preserve homeostasis. The primary organ that controls the volume and makeup of the internal fluid environment is the kidney, which plays a significant part in this regulatory council for the vertebrate urinary system. The elimination of metabolic wastes is incidental to the vertebrate kidney's regulating role, despite the fact that we frequently refer to it as an excretory organ. While the structure of the kidneys varies slightly among the many groups of vertebrates, the nephron serves as the primary functional unit in all of them, and urine is produced by three distinct physiological processes: filtration, reabsorption, and secretion.
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Gabriel's grandmother suggested he gargle salt water to help soothe his sore throat. he added salt to a bottle of water from his refrigerator and shook it for ten seconds. he looked in the bottle and noticed most of the salt was still floating in the water. what should gabriel do to make the salt in his mixture dissolve more quickly?
When a solution, in this case water, is cold, the solute (salt) doesn’t mix thoroughly. By increasing the temperature of the solution, the solute can be dissolved. So Gabriel needs to heat the water to make the salt mixture dissolve properly.
Why should one gargle with salt water to help soothe a sore throat?
Sore throats are often caused due to viral infections, like cold or the flu. Sore throats caused by viruses often resolve on their own, whereas sore throats caused by bacteria require addition treatments like antibiotics and home remedies like gargling with salt water.
Gargling with warm salt water is often recommended for sore throats as it soothes the inflamed membranes of the throat, preventing further thickening. Also because salt aids in destroying bacteria, the salt water remedy is a great natural method for temporary resolvement.
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occasionally, a bismuth preparation is added to the treatment regimen for duodenal ulcers. what are bismuth's effects against h. pylori organisms.
H. pylori is resistant to bismuth's antimicrobial properties.
What kind of infection is H. pylori?In addition to ulcers, H pylori bacteria can also cause persistent stomach inflammation (gastritis) or damage to the upper part of the small intestine (duodenitis). A uncommon form of stomach lymphoma or stomach cancer can also occasionally develop as a result of H pylori.
How do you feel after having H. pylori?Only 20% of persons with the infection exhibit symptoms. A dull or scorching stomach ache, unintentional weight loss, and bloody vomiting are all symptoms. Antibiotic and proton pump inhibitor regimens are frequently used to treat ulcers brought on by H. pylori.
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humans are diploid and have 46 chromosomes (or two sets). how many sets of chromosomes are found in each human gamete? humans are diploid and have 46 chromosomes (or two sets). how many sets of chromosomes are found in each human gamete? 1 2 3 4 5
Human gamete is haploid i.e. it contains 23 chromosomes or single set of chromosomes
A cell of an organism is said to be haploid if it only has one pair of chromosomes. All creatures that reproduce sexually are diploid (having two sets of chromosomes, one from each parent). Only the egg and sperm cells are haploid in humans .A haploid cell only contains one pair of chromosomes. Human cells are typically diploid (two copies of each chromosome) as opposed to haploid (one copy of each chromosome). Meiosis, a specific type of cell division where the genetic material of the parent cell is broken up twice, is how the egg and sperm cells are created in humans. As a result, these haploid cells have just one pair of chromosomes. The genetic material is united in the zygote cell that results from sperm fertilizing an egg. In other words, two distinct haploid cells with one set of chromosomes each combine to form a single diploid cell with two sets of chromosomes. In the end, the zygote cell develops into a new individual.
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e large number of antibodies that can be produced in a single individual is a result of: being able to produce unique antibodies from both the maternal and paternal alleles. secreting multiple antibodies that will be presented on the surface of other b cells. making a unique antibody from all other b cells by genomic rearrangement. making multiple unique anti
The large number of antibodies that can be produced in a single individual is a result of a single B cell: (3) making a unique antibody from all other B cells by genomic rearrangement.
Antibodies are the proteinaceous structures that form an essential part of the immune system. Each antibody is Y shaped structure that consists if 2 small light chains and 2 heavy chains. They are joined together by disulfide bonds. They are produced by the B cells.
B cells are also called the b lymphocytes that are a type of white blood cells. They provide humoral adaptive immunity to the body. The B cells are developed as well as matured inside the bone marrow.
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Harrison is frequently nervous, tense, and worried, both at work and at home. He likely scores low on which of the big five personality dimensions?.
Harrison is frequently nervous, tense, and worried, both at work and at home, thereby he likely scores low on which of the emotional stability personality dimension.
What are the personality dimensions?The expression personality dimensions makes reference to major human features that shape the personality and behavior of an individual in society.
These dimensions include:
OpennessConscientiousnessExtraversionAgreeablenessNeuroticismTherefore, with this data, we can see that the personality dimensions are five and they are able to shape the major personality traits in the individuals that live in a particular society.
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