Oxygen from the respiratory system is delivered by the circulatory system.
What is the relationship between respiratory and circulatory system?The respiratory system is responsible for delivering oxygen to the circulatory system that is made up of blood vessels which carry blood to the heart and then all cells of our body. Arteries carry blood that is loaded with oxygen from the heart to all cells whereas veins carry deoxygenated blood back to the heart and then to the lungs for disposing carbondioxide. The circulatory system carries oxygen and nutrients to the cells, and removes waste products such as carbon dioxide.
So we can conclude that Oxygen from the respiratory system is delivered by the circulatory system.
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If an individual has 10 gene pairs, how many different gametes can be formed if three of the gene pairs are homozygous and the remaining seven gene pairs are heterozygous?.
128 different gametes can be formed if three of the gene pairs are homozygous and the remaining seven gene pairs are heterozygous.
According to Mendel's Law of Independent Assortment, the process through which one gene pair on one homologous chromosome pair separates and assorts during meiosis does not impact how another gene pair on a different homologous chromosome pair separates and assorts. Consequently, among the gametes that a doubly heterozygous individual with the Aa Bb genotype can generate, each of these two allele combinations is equally likely: AB, Ab, aB, and ab. Through self-assortment, sexually reproducing organisms can introduce genetic variety into a population.
The number of different alternative gamete genotypes that a person may generate for independently assorting gene pairs is equivalent to 2n, where n represents the number of gene pairs at which the person is heterozygous. Consequently, if a person has 10 gene pairs but is only heterozygous for 7 of them, the number of alternative gamete genotypes is 27 or 128
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a bacterial is the nontranscribed region of the dna to which rna polymerase binds in order to initiate transcription.
A bacterial promotor is the nontranscribed region of the dna to which rna polymerase binds in order to initiate transcription.
What is Transcription ?A DNA fragment is copied into RNA during transcription. Messenger RNA is the term for DNA segments that are translated into RNA molecules that can encode proteins. Non-coding RNAs are RNA molecules that contain copies of other DNA sequences.
Initiation, elongation, and termination are the three steps of transcription that are depicted here. Initiation, elongation, and termination are the three stages of transcription.A multisubunit enzyme termed RNA polymerase, which requires double-stranded DNA as a substrate and the ribonucleotides ATP, UTP, CTP, and GTP as cofactors, catalyses the transcription process.Learn more about Transcription here:
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What do the arrows show about the movement of the winds in this pressure center? What else indicates wind direction? I need to get this done asap... I'm not playing no games
Answer:
this is answers
scan and see
Explanation:
hope it was usefull
. jermakowicz wj, ivan me, cajigas i, ribot r, jusue-torres i, desai mb, et al. visual deficit from laser interstitial thermal therapy for temporal lobe epilepsy: anatomical considerations. oper neurosurg (hagerstown). 2017;13(5):627-633.
The most frequent side effect of LITT for mesiotemporal epilepsy is visual impairments, and individuals who are most at risk may have low levels of cerebrospinal fluid in the choroidal fissure, which allows heat to transfer from the hippocampus body to the lateral geniculate nucleus.
What is laser interstitial thermal therapy ?A newly developed method for treating primary and metastatic brain cancers that are difficult to access with traditional surgery is laser interstitial thermal treatment (LITT). In order to perform LITT, a laser catheter must be inserted into the tumour and heated to temperatures high enough to destroy the tumour.
Patients with drug-resistant epilepsy, which entails seizures that don't respond to medicine, can undergo laser interstitial thermal treatment (LiTT), a minimally invasive procedure. Some persons with focal seizures, which are seizures coming from one specific area, may benefit from LiTT.Learn more about Laser interstitial thermal therapy here:
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Two parents are concerned that their new baby, who has blonde hair, may have been switched in the hospital. The mother is homozygous for her brown hair, and the father is heterozygous with brown hair as well. Some members of the family have blonde hair. Is this possible? Did the hospital make a mistake? Justify your answer. Be very detailed in your explanation in order to receive full credit. Be sure to include the genotypes the parents would need to have.
Answer:
Yes, this is possible because the baby could have inheritted it fromthe parents family
Explanation:
Although the genes passed down from a child's parents determine hair color, variations can result in a child having a different hair color than both parents. The genetics of hair color is the result of many genes working together to control the amount and type of melanin
Oxygen is taken into the body from the environment, and carbon dioxide is removed from the body and released into the environment. Which body system is responsible for exchanging gases with the environment?.
The respiratory system is in charge of exchanging gases with the environment.
The respiratory system is a collection of tissues and organs that facilitates breathing. It consists of your lungs, airways, and blood vessels. The muscles that move your lungs are also a part of the respiratory system. Together, these elements support the body's ability to remove waste gases like carbon dioxide and circulate oxygen.Along with this, the circulatory system also works to absorb and transport those dissolved gases in blood to the entire body. There are several uses for the respiratory system. It not only facilitates breathing and exhalation but also:allows for speaking and smell.raises the air's temperature to that of your body and increases its humidity to the appropriate level.oxygenates the cells of your body.protects your lungs from harmful chemicals and pollutants.your body releases waste gases, such as carbon dioxide, when you exhale.So, the answer is the respiratory system.
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a 50-year-old man presents with multisystem failure secondary to bilateral pneumonia. he recently traveled from a work conference last week and presented to his primary care physician with fever, cough, and malaise 4 days ago. he was given a broad-spectrum antibiotic and he progressively became worse over the course of the antibiotic treatment. on exam, his body temperature is 40°c, respiration is 35/min, and pulse is 100/min. laboratory examination is significant for impaired liver and renal function. chest x-ray shows patchy infiltrates without evidence of consolidation. a sputum culture is performed and is significant for the presence of wbc in the gram stain, but there are no organisms present. the culture result is negative.
Based on this the drug Azithromycin can be given to them. The correct option is A.
What is Azithromycin?Azithromycin is an antibiotic that is used to treat a variety of bacterial infections.
Middle ear infections, strep throat, pneumonia, traveler's diarrhea, and certain other intestinal infections are examples. Along with other medications, it may also be used for malaria.
As the patient is showing the symptoms like impaired liver and renal function, so it is better to treat the patient with azithromycin.
Thus, the correct option is A.
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Your question seems incomplete, the missing part of question is:
Based on your suspected diagnosis, what is the drug of choice in treating this patient?
A. Azithromycin
B. Metronidazole
C. Penicillin
D. Vancomycin
E. Cefazolin
different populations of cd11b dendritic cells drive th2 responses in the small intestine and colon
Unique populations of cd11b dendritic cells force th2 responses inside the small intestine and colon.
CD11c, also known as integrin alpha, is the maximum widely used defining marker for dendritic cells. CD11c can bind complement and mediate phagocytosis in vitro, for which it's also known as supplement receptor 4. He showed that beef broth may be sterilized with the aid of boiling it in a swan-neck flask, which has a long bending neck that traps dirt debris and different contaminants earlier than they attain the body of the flask.
The small intestine did now not putrefy, even though it had access to air. to reply to the objection that some important precepts in the culture itself were destroyed, Pasteur once more heated the sealed flask, however, this time broke the neck above the bend in order that air may want to enter at once. The way of life is putrefied.
Louis Pasteur is credited with conclusively disproving the idea of the spontaneous era with his well-known swan-neck flask experiment. He sooner or later proposed that lifestyles most effective come from life.
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name two problems in developing a new and better system of classification
Two problems in developing a new and better system of classification are
Reliability, or how consistent diagnoses are, and validity, or if the syndromes in the system are actual, are two problems with categorization.
As more and more novel creatures are found, a new approach must be applied to categorize them. To categorize species based on their shared traits, a new classification system is continually established.
The categorization system offers a wealth of knowledge regarding the traits of creatures. Therefore, using a scientific term as a shorthand to describe a plant or animal might be useful.
Aristotle was the first scientist to categorize organisms. He identified straightforward morphological traits and used them to divide organisms into the categories of plants, shrubs, trees, and herbs. Animals with red blood cells (Enaima) and those without red blood cells (other species) were divided into two categories by him (Anaima).
Modern times have seen the development of classification schemes that are more intricate and distinct. Biological classification systems can be artificial or natural.
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Is the force per unit area exerted on a blood vessel wall by the blood, and it fluctuates with the alternating contraction and relaxation of the ventricles.
Blood pressure is the force per unit area exerted on a blood vessel wall by the blood, and it fluctuates with the alternating contraction and relaxation of the ventricles.
Inside the walls of blood vessels, the force per unit area exerted by blood flowing within is referred to as Blood pressure. Ventricular alternating contraction and relaxation brings about variation in blood pressure. During contraction, the pressure will be higher than during relaxation.
A multitude of factors influence blood pressure, including the volume of blood pumped by the heart and the diameter of the arteries through which the blood flows. In general, increased blood pressure means more blood pumped and a narrower artery. Blood pressure is measured both while the heart contracts (systole) and when it relaxes (diastole). Systolic blood pressure is measured when the heart ventricles contract while the ventricles are used to calculate diastolic blood pressure when they are relaxed.
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Which two atoms form an ionic bond?
Answer:
metals and nonmetals.
Explanation:
secretory proteins that enter the exocytosis pathway do not require a signal to be secreted outside the cell.
The secretory pathway incorporates proteins to the telephone surface membrane the place they can be released. This method can be divided into two systems: the regulated secretory pathway, and the constitutive secretory pathway. For many proteins in the constitutive secretory pathway, this transport technique takes place at a quite regular price that is determined by using how quickly these proteins are synthesized. However, the regulated secretory pathway operates by developing a storage compartment inside cells to save the secretory cargo. Upon the fabulous stimulus, these storage booths can fuse with the mobile floor and permit a burst of contents to be unexpectedly secreted. Regulated secretion is used in the course of multicellular organisms to accomplish a broad range of tasks such as hormonal control and neuronal communication.
A neuron or nerve cell is an electrically excitable cell that communicates with other cells via specialized connections called synapses. The neuron is the main component of nervous tissue in all animals except sponges and placozoa. Non-animals like plants and fungi do not have nerve cells.
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which term best describes the part of a control system that receives information about a homeostatically regulated variable and initiates an appropriate response?
Integrating center is the term that best describes the part of a control system that receives information about a homeostatically regulated variable and initiates an appropriate response.
Integrating center acts a s reflex for homeostasis. It monitors the signals from the stimulus, and activates pathways to maintain the homeostasis of the body. It sends signals to the tissues, cells, of the target site to perform the task.
Homeostasis is the phenomenon of constant conditions inside the body of an organism. The organism's body remains under a stable temperature unaffected by the outer conditions. This property is exhibited by humans, dogs, birds, etc.
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F. Thomas Edison developed______in 1891 the first motion picture system
Answer:
I know that he invebted both the kinetograph which is a camera as well as a kinetoscope which is like a picture viewer. I found an extremely interesting article online about this for your reference. https://www.loc.gov/collections/edison-company-motion-pictures-and-sound-recordings/articles-and-essays/history-of-edison-motion-pictures/origins-of-motion-pictures/
Explanation:
please see the link above for further explanation
in general, what is the relationship between a country's ecological footprint and its overall standard of living?
It is the direct relationship between a country's ecological footprint and its overall standard of living, i.e., The ecological footprint rises along with the level of living.
Ecological footprint- Simply explained, ecological footprint is a byproduct of human activity and is based on the quantity of biologically productive land and water required to produce the goods we use and to consume the waste we produce.
Commodities- A commodity is a basic good used in commerce that may be traded for other things of the same sort. Commodities are typically used as starting points for the production of other goods and services.
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Ruminants are mammals that have a specialized stomach
adapted for digesting plant material. Use the Internet and
other sources to find information to help you answer the
following questions:
(a) Give three examples of ruminant animals.
(b) Name the four compartments of the stomach of ruminants. Briefly explain the function of each.
(c) How is the specialized stomach of the ruminant adapted to digesting plant material?
(d) What does the word ruminate mean in everyday language?
a. The examples of ruminants include cattle, sheep, and goats.
b. It should be noted that ruminant stomachs have four compartments absthay are the rumen, the reticulum, the omasum and the abomasum
c. Animals that eat plants, such as ruminants, have specialized four-chambered stomachs with a distinctive microbial flora for breaking down stiff cellulose. The enzyme needed to break down cellulose, cellulase, is not produced by the majority of vertebrates; instead, microorganisms in the rumen do it.
d. Ruminate means to go over in the mind repeatedly.
What are ruminants?Ruminants are herbivores who digest their meal several times. They repeatedly chew and re-digest grass or other vegetation in different parts of their stomachs.
It should be noted that the compartment areas serve as storage for chewed grain and plant matter, absorb vitamins and nutrients, denature proteins, help with the start of digestion, and break down materials into bits that can be processed.
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The graph shows the relative enzymatic activity among four different enzymes. Which enzyme would be most efficient in an environment where the pH level can fluctuate between acidic and basic?
The graph shows the relative enzymatic activity among four different enzymes. The enzyme that would be most efficient in an environment where the pH level can fluctuate between acidic and basic is Enzyme C
This is further explained below.
What is an Enzyme?Generally, a material that is generated by a live creature and works as a catalyst to bring about a certain biochemical process in order to bring about the reaction.
In conclusion, The graph presents information on the relative levels of enzymatic activity shown by four distinct enzymes.
Enzyme C is the enzyme that would be the most effective in an environment with a pH level that may shift between acidic and basic.
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Augusto is a farmer who encounters several bones while plowing his field and wants to know if the bones are human. Which type of anthropologist should he call?.
To determine whether the bones he encountered while plowing his farm are for humans, Augusto should call a physical or biological anthropologist.
What is anthropology?Anthropology is the holistic scientific and social study of humanity, mainly using ethnography as its method.
According to this question, Augusto is a farmer who encounters several bones while plowing his field and wants to know if the bones are human.
A physical or biological anthropologist would be the best to call to know if the bone is human's because they deal with the study of human beings from biological (bone) and behavioural perspectives.
Therefore, to determine whether the bones he encountered while plowing his farm are for humans, Augusto should call a physical or biological anthropologist.
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the organelle within the cytoplasm that is involved in the oxidative conversion of foodstuffs into usable cellular energy is the .
The mitochondria are an organelle found in the cytoplasm that is involved in the oxidative transformation of food into useful cellular energy.
function of mitochondria
Foods are degraded in part to release the energy from chemical bonds into the energy-dense complex adenosine triphosphate (ATP), which stores the chemical energy from food molecule breakdown and releases it to power other cellular functions.
What do the mitochondria mostly do?By using the energy created during the breakdown of the food we eat, oxidative phosphorylation—the traditional function of mitochondria—generates ATP. The majority of biochemical and physiological functions, including growth, mobility, and equilibrium, all require ATP as their main energy source.learn more about mitochondria here
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understanding the ecology of blue elderberry to inform landscape restoration in semiarid river corridors. environmental management
Understanding the ecology of blue elderberry to inform landscape restoration in semiarid river corridors environmental management
neighborhood rehabilitation projects are critical for the regeneration of riparian plants due to the fact societal restrictions often save you complete procedure healing in huge river structures. The federally endangered Valley elderberry longhorn beetle and its unmarried host plant, blue elderberry, are the concern of vast mitigation and healing efforts in top riparian floodplain settings. however, the ecology of blue elderberries is poorly known, and tries at recovery often have low achievement rates. We identified the general habitat characteristics of elderberry in changed structures and checked out the variety of related plant species in remnant habitats. We measured elderberry stem diameters along the Sacramento River and 4 different rivers, in addition to the makeup of the plant life groups in 139 final riparian wooded area sections. most of the people of elderberry-containing plots had been observed in riparian forests with a predominance of black walnut and on older, better floodplain surfaces. uncommon occurrences of blue elderberry trees and saplings with stems less than five.zero cm in diameter factor to a dearth of recruitment. The blue elderberry changed into observed to be surrounded through a diverse variety of flora, such as a number of invasive species that would compete with seedlings for light, water, or different assets.The need for horticulture recuperation for the survival of an endangered species is heightened by this lack of recruitment. those results additionally point to the necessity to decide whether motion is needed.To learn more about rehabilitation here:-
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goldstein sa. the mechanical properties of trabecular bone: dependence on anatomic location and function. journal of biomechanics
A complicated substance with significant heterogeneity is trabecular bone. Depending on the anatomical region and with age, its elastic and strength qualities change significantly also sickness.
The relevance of architecture and tissue material qualities is still unclear, despite the fact that these characteristics are highly dependent on density. Interesting facts about the strains the point at which the bone fails is essentially independent of density. Currently being done, there are more sophisticated structure-function relationships that underlie such behavior mechanical characteristics such time-dependent failure, damage, and multiaxial loading accumulation.
The microstructural class of finite element models, especially the "high-resolution" models, offers a special method for investigating such phenomena. With continuing research in this area, it is anticipated that significant understanding will be gained into issues including osteoporosis, bone fracture, bone remodeling, and the design/analysis of bone-implant systems. This article examines the current status of trabecular bone biomechanics, concentrating on the mechanical elements, and makes an effort to pinpoint crucial areas for present and future study.
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By studying how a storm is moving,
meteorologists can
A. predict the direction a storm is heading
B. know exactly how much damage a storm will have
C. not tell anything about a storm
A, predict the direction a storm is heading.
as-120 overcomes resistance to atp-competitive fgfr inhibitors in patients with fgfr2 fusion–positive intrahepatic cholangiocarcinom
TAS-120 helps the patients in becoming resistant to BGJ398 and FGFR2 mutations.
Anti-tumor activity has been observed in the patient with intrahepatic cholangiocarcinoma (ICC) that activates ATP-competitive fibroblast growth factor receptor gene fusions. This results in resistance and results in the development of mutation of FGFR2 kinase.
It was further reported in 4 patients with FGFR2 that they developed Debio 1347. It was due to the activation of TAS-120 that fight the FGFR2.TAS-120 is the inhibitor of FGFR and it is irreversible. In patients with FGFR2, an increase in the duration of FGFR inhibition, FGFR inhibitors can be sequenced in a planned manner along with the biopsy.
TAS-120 helps the patients in becoming resistant to BGJ398 and FGFR2 mutations.
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To reduce pain and swelling, john had been taking an anti-prostaglandin medication. Which enzyme is involved in the formation of prostaglandins associated with pain and swelling?.
Cyclooxygenase- 2 is the enzyme that is involved in the formation of prostaglandins associated with pain and swelling.
Cyclooxygenase-2 is activated and creates more prostaglandins when the body is damaged (or when there is inflammation in any part of the body). These extra prostaglandins aid in the body's response to the injury.
A subclass of nonsteroidal anti-inflammatory medications is COX-2 inhibitors (NSAIDs). Prostaglandins, which are molecules that stimulate inflammation, pain, and fever, are inhibited by NSAIDs.
An enzyme that accelerates the formation of substances that cause inflammation and pain. It can also cause the growth of tumor cells. Some tumors have high levels of cyclooxygenase-2, and blocking its activity can reduce tumor growth.
Substance that uses an enzyme to change arachidonic acid into prostaglandins. Prostaglandins are produced and are linked to edema and inflammation.
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consider the following list: human being / julius caesar / world leader. which item on the list is functioning as the list’s genus?
The classification of the organism gave the taxonomical hierarchy that allowed the identification and classification. A human being is an item that functions as a genus.
What is a genus?Genus has been the taxonomical category functioning as a classification to denote the community of the particular ecosystem species. It comes under the family rank in a variety of orders.
Human beings are scientifically called Homo sapiens, where Homo is the genus and sapiens is the species. It refers to the group of communities that shares the most common characteristics.
Therefore, human beings can be listed as a genus.
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Chloroplasts, lysosomes, and vacuoles are different types of organelles. In basic terms, organelles are.
Chloroplasts, lysosomes, and vacuoles are different types of organelles. In basic terms, organelles are small specialized structures that are present inside a cell to perform different tasks.
The main function of the organelles are to keep the cell functioning and alive. These organelles are both membrane and non-membrane depending on the function and structure.
Different functions of the Organelles to provide shape, support locomotion and reproduction of the cell.
The organelles without membranes include The Cell wall, Ribosomes, and Cytoskeleton. Single membrane-bound organelles include Vacuole, Lysosome, Golgi Apparatus, Endoplasmic Reticulum. Double membrane-bound organelles include Nucleus, mitochondria and chloroplast.
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explain groups of plants and their difference
please help
i will sure mark you as brainliest
Answer:cheese balls
Explanation:
Equus caballus is a scientific name. Which of the following is the genus?
caballus
scientific
none of these
Equus
Answer:
Equus
Explanation:
The genus in the scientific name "Equus caballus" is "Equus."
A scientific name is also known as a binomial name or Latin name. It is a formal name given to a species in the field of taxonomy. It consists of two parts: the genus name (with a capital letter) and the specific epithet (in lowercase). Together, they form a unique and standardized name for each species.
The scientific naming system is known as binomial nomenclature and was developed by the Swedish botanist Carl Linnaeus. It provides a universal method for scientists to refer to and categorize different species.
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why does heart rate increase during exercise? a) to move sweat to the skin b) to increase the signals to the muscles that cause muscle contraction c) because the blood pressure increases, which causes the heart rate to increase d) because the "adrenaline rush" signals for the heart to beat faster e) to increase oxygen (o2) delivery to muscles
"The heart rate increases during the exercise because the "adrenaline rush" signals for the heart to beat faster and to increase the oxygen delivery to muscles."
The heart normally beats more quickly during physical activity so that more blood can reach the body. By pumping more vigorously or by increasing the volume of blood that fills the left ventricle before it pumps, the heart increases the stroke volume. The amount of oxygen the muscles need to make energy increases during exercise. The heart needs to pump more oxygen-rich blood through the arteries during the exercise to meet the energy requirement.
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How many moles of iron will be made from 13.54 moles of carbon?
81.51×10^23 molecules
are present in 13.54 moles of carbon.
1 mole of carbon = 6.02×10^23 molecules
13.54 moles of carbon = 13.54×6.02×10^23 =
81.51×10^23 molecules.
Divide the quantity of particles by
Avogadro's number.
To reduce a mole to a particle (such as an atom or a molecule): Multiply the quantity of moles by Avogadro's number.
One typical sort of skin development is the
mole (nevi).
They frequently take the form of tiny, dark brown spots and are brought on by clumps of pigment-forming cells (melanocytes). The majority of people have between 10 and 40 moles, which usually form during childhood and adolescence and may change or disappear over time.
A molecule
is the smallest unit of a substance that keeps its content and properties. It is made up of two or more atoms that are joined together by
chemical bonds.
Therefore,
81.51×10^23 molecules
are present in 13.54 moles of carbon
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The correct question is:
How many molecules of carbon will be made from 13.54 moles of carbon?
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