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Answer:
Explanation
image down below
Related Questions
Mr. A is a surgery patient who has a very high body mass index. During your assessment, you should:
A. Assess skin folds for any problems, especially incontinence associated dermatitis, pressure areas due to tubes/devices/chairs, and other issues.
B. Assess albumin/pre-albumin levels and nutritional intake
C. Obtain assistance when moving the patient
D. A and C
E. All of the above
Question 9 of 10
The Braden Scale assesses 4 factors that are summed to provide an overall risk assessment score.
True
False
Question 10 of 10
Mrs. C was admitted to your hospital for the treatment of an injury sustained from a fall at her home. Upon admission, you conduct a pressure injury risk assessment. The results of the formal, validated tool you used for assessment indicate that Mrs. C is at moderate risk for the development of a pressure injury During your assessment, you find that the patient’s diastolic blood pressure less than 60. This finding, as well as awareness of additional risk factors beyond those included on the risk tool, lead you to believe that the patient is at high risk for pressure injury development. How should you proceed?
A. Document the tool score but ignore your nursing judgment
B. Document the tool score and your additional findings
C. Implement interventions solely based on the tool score
D. Implement interventions that address the risks you have identified
E. A and C
F. B and D
Answers
As a nurse, it is important to use formal risk assessment tools to identify patients who are at risk for developing pressure injuries.
However, these tools should not be used in isolation, and clinical judgment is also essential. In the scenario presented, Mrs. C is at moderate risk for pressure injury development based on the formal, validated tool used for assessment.
However, the nurse also identified additional risk factors, such as low diastolic blood pressure, which suggest that the patient is at high risk for pressure injury development.
The nurse should document both the tool score and their additional findings in the patient's medical record. It is important to use clinical judgment to tailor interventions to the individual patient's needs.
In this case, the nurse should implement interventions that address the risks identified, such as repositioning the patient every two hours, ensuring adequate nutrition and hydration, and using pressure-relieving devices.
Implementing interventions solely based on the tool score or ignoring nursing judgment can put the patient at risk for harm. Therefore, it is crucial to use a combination of risk assessment tools and clinical judgment to ensure the safety and well-being of the patient.
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Ticks behave more like commensals than like parasites.
explain
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Answer:
Ticks are little critters that eat at human blood, but humans do not actually get harmed by it. Yes, one could get transmitted diseases from the tick, but the tick itself is not harming the human.
A parasite, on the other hand, gets their food and benefits AT THE EXPENSE of their host. This means that the parasite causes harm directly to the host.
The tick does not cause direct harm, so it is more like a commensal, not like a parasite.
14. Cattle have been kept by humans for many years. Which of these characteristics in
cattle is most likely to have occurred because ranchers have used selective breeding?
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Selective breeding is the practise of selecting particular animal characteristics consciously in order to pass them on to succeeding generations.
Which of these in cattle traits is most likely the result of ranchers' use of selective breeding?Humans have been selectively breeding cattle for many years to enhance their traits for particular uses, like the production of milk or meat. Cattle's size and weight are among the traits that are most likely to have resulted from selective breeding. Modern breeds of cattle are significantly larger than their wild ancestors as a result of ranchers' selective breeding for larger size and weight over time. This is because larger cattle can produce more milk or meat, which is advantageous for farmers from an economic standpoint. Other traits that cattle may have undergone selective breeding include temperament, disease resistance, and the quality of their milk or meat.
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Activity log - Low Impact Standing 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:
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i need help pleasee
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According to the research, the correct order of the stages in carbon cycle to complete the process is:
fuel combustioncarbon dioxide captureplant respirationanimal respirationorganic carbondecay organismsDead organisms and waste productsFossils and fossil fuelsEnergyWhat are the stages in carbon cycle?They are the different stages of the carbon recycling process that is essential for the existence of all living beings and is made up of a series of steps that circulate carbon through the biosphere.
In this sense, this biogeochemical circuit involves the processes of fermentation and decomposition releasing gases into the atmosphere such as carbon dioxide that is absorbed by plants and released along with water vapor during animal respiration.
Therefore, we can conclude that according to the research, carbon is an element that is constantly recycled on our planet allowing the sustainability of life.
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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.
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Since that neutrophils' primary function is to phagocytose microorganisms, the infection is probably bacterial.
Blood typically contains 4,500 to 11,000 WBCs every microliter (4.5 to 11.0 109/L), or WBCs. Different laboratories may have slightly different normal value ranges. Some laboratories may test various specimens or utilise various metrics.Since that neutrophils' primary function is to phagocytose microorganisms, the infection is probably bacterial. A blood test called a WBC count counts the white blood cells (WBCs) inside the body. Leukocytes are another name for WBCs. They aid in infection prevention. White blood cells may be divided into five main categories: Basophils. The tourniquet is taken off during the process to allow circulation to return.
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PLEASE HELP 20 POINTS !!
Answers
Answer:
abbreviated some bc i don't feel like typing all that
Explanation:
carb - starches and sugars
lipid- antibodies to defend cell DNA and RNA
protein can be utilized for energy if sugar is not available
nucleic acid - glucose sucrose
thank you im not sure tho i took this in like 6th grade so my bad
Which of the following would be considered a cross test?
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Answer: cross between homozygous recessive trait and heterozygous trait
Explanation:
Explain the significance of miosis to continuity of life
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Meiosis is important for the continuity of life because it allows cells to divide and create new cells with half the number of chromosomes as the parent cell. This process ensures genetic diversity and the ability of organisms to adapt to changing environments over time.
Describe a food chain in detail. Must be 2-4 sentences with a complete description of a food chain and the types of organisms in that food chain. Please check spelling and grammar before submission.
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A simple food chain connects trees and bushes, giraffes (who consume trees and shrubs), and lions (that eat the giraffes). Each link in this chain feeds the one that follows.
All food chains originate from solar energy. This power is captured by plants. Every food chain and web contains at least two or three trophic levels. Typically, there are only four trophic levels. Several people eat food at different trophic levels. The primary consumers of plants, such as vegetables, are people.
A food chain describes who consumes whom. A food web is made up of all the food chains in an ecosystem. In an ecosystem, every organism occupies a specific trophic level, location, or network of relationships with other organisms. Animals that synthesise their own food through photosynthesis or chemosynthesis are represented at the bottom of the trophic pyramid as producers.
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Snail poison can be used to control the number of snails after sometime each owl contains more poison and each snail explain why each hour contains more poison them each a snail
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Each owl contains more poison than each snail because the poison accumulates in the food chain as predators eat prey that have consumed the poison. This process is known as biomagnification.
What is biomagnification?
It is unlikely that each owl would contain more poison than each snail, as snail poison is typically designed to only target and affect snails. If the snail poison is being used to control the snail population, it would not be desirable for the poison to accumulate in the bodies of other animals, such as owls.
However, if we assume that the question is asking why the concentration of poison in each individual snail increases over time, it could be because the snails are consuming more of the poisoned bait over time, which leads to a buildup of poison in their bodies. As the concentration of poison in the environment remains constant, the snails continue to consume more poison, leading to an accumulation of poison in their bodies. This increased concentration of poison in each individual snail can make the snails more susceptible to the toxic effects of the poison, and can lead to a more effective control of the snail population.
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5. Which of the following statements are true? Choose all that apply.
A. All the fossils are over 175 million years old.
B. The fault is over 175 million years old.
C. All the fossils are less than 200 million years old.
D. The sandstone is over 200 million years old. E. The sandstone is 201 million years old.
Answers
C. All the fossils are less than 200 million years old.
D. The sandstone is over 200 million years old.
jpopwgtxfp meet compare the following using symbols greater than and smaller than than and = a) 4/7 and 3/8
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The expression of the fractions, 4/7 and 3/8 in terms of greater than and smaller than is 4/7 > 3/8.
Why is one fraction greater than the other?To compare 4/7 and 3/8 using symbols greater than, smaller than, or equal to, we need to convert the fractions to a common denominator.
The smallest common multiple of 7 and 8 is 56, so convert the fractions as follows:
4/7 = (4/7) x (8/8) = 32/56
3/8 = (3/8) x (7/7) = 21/56
Now compare the two fractions:
32/56 > 21/56
Therefore, 4/7 is greater than 3/8.
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1. After a nerve impulse arrives at the sarcolemma, list the next structures it will pass through to release calcium into the sarcoplasm.
2. After calcium is released into the sarcoplasm, describe the key steps involved in contracting a single sarcomere.
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A muscular contraction is started when ACh molecules diffuse across the synaptic cleft and bind to the receptors on muscle fibres.
When sodium ions enter the sarcolemma through the sodium channels connected to the ACh receptors, the sarcolemma depolarizes and begins to contract.
The action potential in the sarcolemma activates the DHPR, which then opens RyR and causes Ca++ to diffuse out of the SR and into the sarcoplasm. Actin and myosin can bind to one another when Ca++ enters the sarcoplasm, which starts the contraction and shortening of sarcomeres.As a muscle fibre is activated, a wave of depolarization moves across the t-tubule, causing the SR muscular contraction to release calcium ions into the sarcoplasm.Calcium is forced back up into the SR and reduces the calcium ion concentration in the sarcoplasm to relax the muscle (turn off contraction).
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A student states that front 2 will cause cloudless skies in the nearby region. Is this student’s statement correct? Explain your answer. Also, identify the type of front it is.
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The assertion made by the pupil is not totally accurate. While it is true that some fronts can offer bright sky, this is not always the case, and the statement is overly generic.
How do fronts impact the climate?A front is a type of meteorological system that serves as the division line between two types of air. Typically, one type of air is denser than the other and has a distinct temperature and humidity content.
What do weather fronts mean?Weather fronts delineate the difference between two air masses, which frequently have dissimilar characteristics. As an illustration, one air mass might be chilly and dry whereas the other might be comparatively warm and moist.
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Answer:
The student is incorrect. Front 2 is a warm front.
Explanation:
Warm fronts form when a warm air mass collides with a cold air mass. The warm air mass rises, condenses, and leads to cloud formation.
PLEASE HELP 20 POINTS
Answers
The compounds come under the category:
Lipids: glycerol, fatty acids
Proteins: amino acids, enzymes, polypeptides
Carbohydrates: monosaccharides, a product of photosynthesis, fast fuel
A large class of organic compounds called lipids, also referred to as fats, are insoluble in water. In some instances, they may also contain nitrogen, sulfur, or phosphorous. They are made up of carbon, hydrogen, and oxygen atoms.
Amino acids are the building blocks of proteins, which are intricate organic structures. Carbon, hydrogen, oxygen, nitrogen, and occasionally sulfur make up their chemical makeup.
The body uses proteins for a variety of purposes, including repairing and regenerating tissues, controlling metabolism, and moving molecules.
Organic compounds known as carbohydrates have a 1:2:1 ratio of carbon, hydrogen, and oxygen. They are a significant source of energy for the body and can be found in nature in a wide variety of forms, such as sugars, carbs, and fibers.
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If all night time predators of crickets went extinct, which cricket type would be most popular? Explain.
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The cricket species with the best traits for survival and reproduction would emerge as the dominant species if all nighttime cricket predators went extinct.
Which cricket type would be most common if all nighttime cricket predators vanished? ExplainThe cricket type that can reproduce the quickest and produce the most offspring would likely become the dominant one, assuming that there is no longer any threat from predators. This might be caused by characteristics like size, fecundity, or the capacity to protect resources. However, it's also possible that in the absence of predators, other factors—like the capacity to adapt to shifting environmental conditions or the capacity to effectively use available resources—might start to take on greater significance.The most common cricket type would ultimately be influenced by a variety of different factors, including complex interactions between genetic, ecological, and environmental factors.
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When doing the experiment of crossing drosophila. What are the prevaution and sources of error ？
Answers
Explanation:
Precautions:
1. Proper handling of drosophila: It is important to handle drosophila with care, avoiding rough handling and exposure to extreme temperatures.
2. Keeping the experimental setup clean: The experimental setup should be kept clean to avoid contamination and the spread of diseases.
3. Selection of appropriate crosses: The selection of appropriate crosses should be done carefully to obtain accurate results.
4. Use of appropriate food and media: The use of appropriate food and media is crucial for the growth and survival of drosophila.
5. Proper labeling and record-keeping: Proper labeling and record-keeping of experimental setups and crosses help to keep track of the results.
Sources of Error:
1. Mutation: Mutation can occur randomly in drosophila, leading to unpredictable and unexpected results.
2. Environmental factors: Environmental factors such as temperature and humidity can affect the growth and development of drosophila, leading to inaccurate results.
3. Contamination: Contamination with other organisms or pathogens can affect the results of the experiment.
4. Cross-contamination: Cross-contamination of different drosophila strains can affect the results of the experiment.
5. Human error: Human error, such as incorrect labeling or accidental mixing of samples, can affect the accuracy of the results.
Hopes this helps
explain coordination of the heart beat by pale maker
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The pacemaker, or sinoatrial (SA) node, is responsible for coordinating the heartbeat in the heart. It is located in the right atrium and generates electrical impulses that spread throughout the heart, causing it to contract and pump blood.
How does the pacemaker generate electrical impulses?The pacemaker generates electrical impulses through the movement of charged ions across its cell membrane. Specifically, it allows sodium ions to enter the cell, which triggers the release of calcium ions, leading to a depolarization of the cell and the generation of an action potential.
What happens if the pacemaker is damaged or malfunctioning?If the pacemaker is damaged or malfunctioning, the heart may beat too slowly or irregularly, leading to symptoms such as fatigue, dizziness, and shortness of breath. In some cases, a pacemaker may need to be implanted to regulate the heartbeat and prevent complications.
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Why are concentrated animal feeding operations typically more economically competitive than alternative ways of raising animals for meat?
Question 32 options:
The true cost, including environmental harm, is not factored in
CAFOs are large operations that cost more to run than alternative approaches
CAFOs typically require fewer pesticides and antibiotics to be used
There is no consumer interest in sustainably-grown animal products
Answers
Option D. The value of concentrated animal feeding operations is as follows: animal feeding operations are effective, reasonably priced facilities that help keep consumer costs down.
While though CAFOs can have a variety of negative effects on the environment and animal welfare, they are usually recognised for their high productivity and relatively low production costs, which can assist to keep food prices for customers within reach. It is crucial to remember that the economic reductions could come at the expense of other aspects, such as hazards to the public's health, environmental degradation, or ethical considerations.
Contamination may lead to the buildup of nitrate and other nutrients in surface water. In the vicinity of CAFOs, ammonia is regularly found in the surface waters. Ammonia decreases water oxygen levels, which can kill aquatic life.
A CAFO, or concentrated animal feeding operation, is a term used to describe a large-scale cattle enterprise. Even the smallest CAFO produces enough waste in the form of urine and faeces to equal 16,000 human beings.
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I will mark Brainliest, just please don't copy and paste
thank you.
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Temperature regulation is the human condition chosen for this project. The human body must maintain a core body temperature of around 37°C, despite environmental temperature changes. The following information answers the questions:
What circumstances surround temperature regulation?Factors that can shift the body temperature include exposure to hot or cold environments, fever, and physical activity.
The organ systems involved in the homeostasis process of temperature regulation are the nervous and endocrine systems, as well as the integumentary (skin), cardiovascular, and respiratory systems.
Negative feedback is used to maintain temperature homeostasis. For example, when the body temperature rises, the hypothalamus signals the sweat glands to secrete sweat, which cools the skin and lowers the body temperature.
The stimulus is the change in body temperature, the receptor is the thermoreceptor in the skin or hypothalamus, the integrating center is the hypothalamus, the effector is the sweat glands or muscles, and the response is sweating or shivering.
Strategies to help maintain temperature balance include wearing appropriate clothing, using heating or cooling devices, and maintaining physical fitness through exercise.
Sources:
Guyton and Hall Textbook of Medical Physiology, 13th edition
Saladin Anatomy and Physiology, 8th edition
Tortora and Derrickson Principles of Anatomy and Physiology, 15th edition
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A Health & Personal Wellness 06.02 Bacteria HS Biology S2 - FLPT / Module 06: Classification and Diversity 3. What is the function of the structure identified by the red arrow? (4 points)
mobility
protection
reproduction
DNA transfer
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The structure proven through the crimson arrow is a mobilephone membrane. The precept characteristic of the phone membrane is to shield the mobilephone inner environment with admire to modifications in the external environment. This is also called homeostasis.
What is the characteristic of DNA in controlling mobile function?DNA carries the guidelines needed for an organism to develop, live to tell the tale and reproduce.
To elevate out these functions, DNA sequences should be converted into messages that can be used to produce proteins, which are the complex molecules that do most of the work in our bodies.
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Answer the following questions
3. Name the three plants whose seeds are dispersed through explosion of fruits
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Answer:
The three plants whose seeds are dispersed through explosion of fruits are:
1. Impatiens (also known as touch-me-nots): When the seed pods of these plants mature, they become taut and explode when touched or disturbed, flinging the seeds several feet away.
2. Violet (Viola): The seed pods of violets are known as capsules, and they explode when they are ripe, scattering the seeds in all directions.
3. Hura crepitans (also known as the Sandbox Tree or Dynamite Tree): This tropical tree produces large, spiny seed pods that explode with a loud bang when they dry out and split open, scattering the seeds as far as 100 feet away. The explosion is so powerful that it has been known to injure people standing too close to the tree.
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the answer is peas, lupins, violas
BIOLOGY QUESTION (ASSIGNMENT)
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Circular chromosomes attached to the cell membrane would be found in C, Bacteria.
Why are chromosomes circular in bacteria?Chromosomes in bacteria are circular because they lack the linear chromosomes found in eukaryotes. This circular chromosome is referred to as a bacterial chromosome or nucleoid and it contains all of the genetic information necessary for the bacterium's survival and reproduction.
The circular shape of the chromosome allows for efficient packing within the small size of the bacterial cell, and it also facilitates replication and separation during cell division. The bacterial chromosome's circular concept was initially based on experiments involving conjugation mapping and autoradiographic imaging of DNA.
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Image transcribed:
Question 1 (1 point)
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Circular chromosomes attached to the cell membrane would be found in...?
Plants
Animals
Bacteria
All of the organisms listed
Which particles flow through ATP synthase, causing it to produce ATP?
OA. Protons (H+ ions)
OB. Electrons (e¯)
O C. Phosphate (P) groups
D. Potassium atoms (K)
Answers
Answer:
Protons : Protons (H+ ions).
ATP synthase uses the protons flowing into the matrix to bind ADP and Pi and release ATP.
Explanation:
The proton gradient produced by proton pumping during the electron transport chain is used to synthesize ATP.
Protons flow down their concentration gradient into the matrix through the membrane protein ATP synthase, causing it to spin (like a water wheel) and catalyse conversion of ADP to ATP.
The following are extrinsic pressure injury risk factors except which one?
A. Microclimate
B. Diabetes
C. Sheer
D. Pressure
E. Friction
Answers
D. Pressure is not an extrinsic pressure injury risk factor; it is an intrinsic risk factor. Extrinsic pressure injury risk factors are external factors that contribute to the development of pressure injuries, while intrinsic risk factors are internal factors related to the individual's health and physiology.
The extrinsic pressure injury risk factor that is not included in the options is pressure.
Explanation:The answer to the question is Pressure.
Extrinsic pressure injury risk factors refer to external factors that contribute to the development of pressure injuries. Microclimate, diabetes, sheer, and friction are all extrinsic pressure injury risk factors as they can increase the risk of developing pressure injuries. However, pressure itself is an intrinsic pressure injury risk factor.
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Is there any difference in the structure of the two cells?
Answers
Yes
The plant cell has a cell wall. The animal cell does not.
Please help meee
describe an incident that shows how you were doing "selection" during the process of perception. Then, give your own example about a stereotype that you do.
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For instance, when walking through a crowded room, a person might unconsciously filter out irrelevant information and focus their attention on a particular person or group of people who they find interesting or familiar.
They may selectively attend to certain visual or auditory cues, such as clothing, hairstyle, or accent, which can shape their perception of those individuals.
What is an example of a stereotype?Stereotypes are oversimplified and generalized beliefs about a group of people based on characteristics such as race, ethnicity, gender, religion, or nationality. They are often inaccurate and can lead to prejudice and discrimination.
Therefore, it is important to recognize and challenge stereotypes and strive to treat each person as an individual, rather than as a member of a group.
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Using Table 1-1 below, how much energy would be available to the Organisms in Level C?
A 245
B 56
C 4
D 165
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Answer:
4
s = PV (kJ) or in a unit basis, wflow = Wflow / m = Pv (kJ/kg) Note that the flow work is expressed in terms of properties. The flow work can also be written as a rate equation.
How many changes would be needed in the base parts to specify the substitution of amino acids in a polypeptide chain that is 146 amino acids long?
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Answer:
There would be 146 changes needed in the base parts to specify the substitution of amino acids in a polypeptide chain that is 146 amino acids long.