Pythagoras and his followers applied mathematical principles to almost every aspect of human existence.
Who is Pythagoras?The man Pythagoras was a well known Greek Philosopher who was very keen on the development of mathematics in his days. His quest for mathematical development was so deep that he invented the Pythagoras theorem.
As such Pythagoras and his followers applied mathematical principles to almost every aspect of human existence.
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Based on MacArthur and Wilson's island equilibrium model, how would you expect the richness of birds on islands to compare with the richness of snakes and lizards? Explain.
Based on MacArthur and Wilson's island equilibrium model, birds have higher richness due to higher mobility capabilities.
What is MacArthur and Wilson's island equilibrium model?MacArthur and Wilson's island equilibrium model indicates that species having greater mobility reach more niches by dispersion and therefore they have higher richness.
In conclusion, based on MacArthur and Wilson's island equilibrium model, birds have higher richness due to higher mobility capabilities.
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Do you think there is a connection between the properties of
water and the fact that the pH of pure water is a neutral 7?
What do you think that connection is?
with 7 representing neutrality. pH levels below 7 indicate acidity, whereas values of ph above 7 suggest baseness. The pH of the water is a crucial indicator of the purity of the water.
What's the short definition of pH?The scale runs from 0 to 14, with 7 standing in for neutrality. pH levels below 7 indicate acidity, whereas values of ph above 7 suggest baseness. The pH scale actually counts the amount of free hydroxyl and hydrogen ions present in water.
What is pH, and why does it matter?The biological processes that occur, how microorganisms behave, and how chemicals behave can all be affected by pH.
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Compare the composition, structure, and function of starch and cellulose. What role do starch and cellulose play in the human body?
Which of the following strategies would most rapidly increase the genetic diversity of a population in an extinction vortex? a. Establish a reserve that protects the population's habitat. b. Introduce new individuals transported from other populations of the same species. c. Sterilize the least fit individuals in the population. d. Control populations of the endangered population's predators and competitors.
Add new members who have been brought in from other populations of the same species. would improve a population's genetic diversity in an extinction vortex the quickest.
Add fresh individuals who have been brought in from different populations of the same species.
Populations can adapt to changing circumstances thanks to genetic variation, which is the total amount of genetic traits that make up a species.
The diversity or variability within a species, community, or collection is referred to as genetic diversity. Every person, as we all know, is distinctive due to their distinctive genes. For instance, each person has a distinct physical look. This is a result of each person's unique genetic makeup. Similar to the diverse dog breeds or rose varieties, this word refers to various populations of the same species.
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Which of the following is not found in cytoplasm?
water
carbohydrates
salt
vitamins
Carbohydrates are not found in cytoplasm.
In some spider species, the female eats the male immediately after copulation. How might you explain this behavior from an evolutionary perspective?
In some spider species, the female eats the male immediately after copulation. either for sustenance or to keep their reproductive options open.
What female spider eats the male after mating?Mating is a notoriously deadly activity for male widow spiders. The big females in these species, including the black widow and redback, will frequently devour the tiny males during mating, hence the "widow" in their names. In rare circumstances, the female captures the male while he is attempting to flee.
Why do baby spiders eat their mother?Consuming the mother provides nutrition that is essential for growth and development. Spiderlings' body mass and opisthosoma length increase following matriphagy compared to previously (opisthosoma In spiders, the abdomen is the rear section of the body.
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In words, describe how the data differ between the unlimited water and no-water conditions for the following:
(d) Urea concentration in blood
When there is limitless water availability compared to no water scenario, the urea concentration in blood is lower.
What is Homeostasis?Biology's definition of homeostasis is the capacity or propensity of a body or cell to seek for and maintain an equilibrium state, or a stable internal environment, while adjusting to changes in the environment. In order to maintain a constant internal environment, it uses feedback controls and other regulatory processes. It can be seen as a live organism's ability to maintain itself within the ideal range despite changing external factors.
Describe the differences in the data for the following between the situations of unlimited water and no water in words about blood urea concentration?Homeostasis refers to the body's capacity to maintain general functionality by fending off changes that cause a reaction and restore the system to a steady, ongoing state of optimal functioning.
Controlling body temperature, maintaining proper blood pressure, and regulating water levels are a few instances of homeostasis.
When there is infinite water available, the blood's urea concentration is lower; when there is no water available, it is higher.
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To document that a species has actually become extinct, what factors would you need to consider?
Recognize the complete variety of the species and that it's far missing across all of that variety. we would additionally want to be positive that the species has actually become extinct, and is not hidden, as might be the case for an animal this is hibernating underground or a plant this is present in the shape of seeds or spores.
Most of the main reasons for extinction are brought about directly or in a roundabout way by humans. human beings negatively affect the environment by controlling and artificially causing fires, transferring agriculture cultivation with unsustainable strategies, grazing through domesticated animals, overkilling species, and so on.
As species cross extinct, taken out of the meals chain. Animals that ate the newly-extinct species ought to find new food assets or starve. this will damage the populations of other vegetation or animals. moreover, if a predator goes has actually become extinct, its prey's populace can proliferate, unbalancing nearby ecosystems.
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Why is a temperature of 106 dangerous?
Answer:
Hyperpyrexia, or fever of 106°F or higher, is a medical emergency. If the fever is not lowered, organ damage and death can result.
Explanation:
Answer: A fever of 106°F or higher, is very dangerous because if it is not lowered, organ damage and death can result.
Explanation:
recall from the video the steps of how to make a wet mount of cheek epithelial cells. place the steps of how to prepare a wet mount in the correct order from left to right.
Epithelial cells are the cells that cover the inside and outside of your body's surfaces. They can be located on your skin, blood vessels, and organs such as your urinary tract.
What does it mean if my epithelial cells are high?If urinalysis findings show a moderate or high number of epithelial cells, it may indicate the following medical conditions: Kidney illness Liver disease Yeast infections Urinary tract infections Certain kinds of cancer.
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which individual compared r rna sequences to generate the tree of life, establishing the three-domain system? group of answer choices robert hooke frederick griffith robert koch carl woese
Carl Woese compared rRNA sequences to generate the tree of life, establishing the three-domain system.
The tree of life is a concept that has been around for centuries. It is a way of representing the relationships between all living things. In the past, the tree of life was used to show the relationships between different plants and animals. However, Carl Woese changed all that.
In the 1970s, Woese began to compare the ribosomal RNA (rRNA) sequences of different organisms. He found that there were three major groups of life, which he called the three domains. These domains are bacteria, archaea, and eukarya.
Woese's discovery was groundbreaking. It established the three-domain system, which is still used today. His work also showed that life is incredibly diverse. There are millions of different species on Earth, and each one has its own place in the tree of life.
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17. What plant structures control the passage of H₂0 out of the plant and CO₂ into the plant?
Answer:
Stomata
Explanation:
H2O and CO2 move in and out of the plant through the stomata
2013 flores reanimation of elbow extension with medial pectoral nerve transfer in partial injuries to the brachial plexus.pdf
Recent advances in surgical treatment of the brachial plexus have allowed for more extensive repairs, and elbow extension now ranks among the desirable functions to be restored. The purpose of this study is to describe the authors' experience using the medial thoracic nerve to reinnervate the triceps brachii muscle in patients with C5-7 brachial plexus palsy.
METHODS: This is a retrospective study of the outcome of restoration of elbow extension in her 12 patients who underwent transplantation from the medial pectoral muscle to the radial nerve or the long head of the triceps brachii muscle.
RESULTS: The radial nerve was directed to the long head of the triceps brachii in 3 of her patients and the branch in 9 of her patients. The graft was used in 6 of her patients. Results were rated M4 and M3 for elbow extension by the Medical Research Council in 7 (58%) and 5 (42%) patients, respectively.
CONCLUSIONS: In individuals with C5-7 nerve root injuries, the medial thoracic nerve is a dependable donor to recover elbow extension.
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Food or medicine 5 example with date of manufatured and expiration date
The manufacturing and expiration dates of both food and medications should be noted.
The durable life dates (often referred to as the "best before" date) of food products are specified in the Canadian Food and Drugs Act and Regulations. Food will maintain its characteristic wholesomeness, flavor, and nutritional value for a length of time starting on the day it is packaged for retail sale when maintained in conditions appropriate for that product. Most items that have a shelf life of 90 days or fewer are required to include a date and storage instructions.The stability and shelf life of a product are indicated by the "expiry date" on prescription drugs and natural health products. Supplements and medications shouldn't be taken after they've expired.
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Why is the transfer of energy in an ecosystem referred to as energy flow, not energy cycling?
The transfer of energy in an ecosystem referred to as energy flow, not energy cycling because it is not recycled within the ecosystem and flows from one form to another.
What is Energy?This is defined as the ability to do work and usually causes different types of changes in a biological system and examples include chemical energy, heat energy etc.
Energy passes through an ecosystem by entering as sunlight through their absorption by plants during the process of photosynthesis and leaves as heat through various metabolic processes and doesn't involve any recycling within the ecosystem which is why it is referred to as energy flow.
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the hypothalamic sensors are responsive to changes in blood , whereas the arterial baroreceptors and juxtaglomerular apparatuses are responsive to changes in blood .
The hypothalamic sensors are responsive to changes in blood osmolality, whereas the arterial baroreceptors and juxtaglomerular apparatuses are responsive to changes in blood volume.
What does the hypothalamus control?Your body temperature, hunger, thirst, mood, sex desire, blood pressure, and sleep are all controlled by the hypothalamus.What are the hypothalamus's seven functions?Despite being quite small, the hypothalamus is essential for numerous vital processes, including the release of hormones.keeping physiologic cycles daily.regulating appetite.control over sexual conduct.regulating bodily temperature and emotional reactions.What controls the body's energy?Several physiological signals that provide information about energy balance are integrated by the human brain, in particular the hypothalamus, to regulate energy homeostasis and produce the sensation of hunger.To learn more about hypothalamus visit:
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How is dopamine activity related to schizophrenia, drug addiction, and Parkinson's disease?
The higher risk could be brought on by schizophrenia's neurobiological impacts or changes in the brain's dopamine system brought on by drugs that block dopamine receptors.
What is impact of drug on dopamine?Drugs provide tremendous euphoria and considerably greater dopamine surges, which strongly reinforce the relationship between using the drug, experiencing pleasure, all the and all the associated environmental signals.
Parkinson's disease is more likely to develop later in life in those with a schizophrenia spectrum disorder.
Therefore, dopamine activity related to schizophrenia, drug addiction, and Parkinson's disease.
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Where would you expect a polypeptide region rich in the amino acids valine, leucine, and isoleucine to be located in a folded polypeptide? Explain.
I expect to find valine, leucine, and isoleucine in the interior of the folded polypeptide because they are hydrophobic and cannot interact with water.
How are amino acids arranged in a protein?The amino acids are arranged in a protein in order that hydrophobic regions may interact together inside the hydrophobic core of the protein, while polar residues may form stable bonds with water molecules.
In consequence, the polar amino acids are arranged to be present on the surface of the protein in order to interact with H2O molecules and thus form stable 3D quaternary protein structures.
In conclusion, I would expect to find a region rich in valine, leucine, and isoleucine in the interior (inside) of the folded polypeptide because they are hydrophobic and cannot interact with water.
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digestion of energy nutrients requires specific enzymes for each molecule. which of the following enzymes is incorrectly matched with its corresponding molecule?
The enzyme that is responsible for the digestion of sucrose will be sucrase.
What is sucrose?Sucrose is a disaccharide that will be formed by glucose and fructose (which are monosaccharides), which will be known as table sugar, white sugar. It is a natural sweetener that is used to sweeten foods.
In digestion, in order to be absorbed by the intestinal cells, it must be broken down into the momsaccharides that are going to make it up, glucose and fructose. This action will take place thanks to the enzyme sucrase, which is what catalyzes this reaction. These enzymes are found in the membrane of the microvilli of the cells of the duodenum, allowing it to enter the bloodstream in the form of glucose and fructose.
Therefore, we can confirm that the enzyme that is responsible for the digestion of sucrose will be sucrase.
Digestion of energy nutrients requires specific enzymes for each molecule. Which is the following is incorrectly matched with its corresponding molecule?
A. Fats-lipase
B. Sucrose-maltase
C. Starch-amylase
D. Lactose-lactase
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In dna sequencing, the enzyme __________ facilitates the addition of nucleotides one by one to a growing dna strand. see section 20.1 (page 467)
The enzyme DNA polymerase is one of the essential components in DNA replication. DNA is created by DNA polymerases, which sequentially add nucleotides to the developing DNA chain while only integrating those that are complementary to the template.
What are the enzymes involving in DNA sequencing?The enzyme DNA helicase, which unwinds and separates double-stranded DNA as it travels along the DNA, is one of the enzymes involved in the replication of eukaryotic DNA.
By severing hydrogen connections between DNA nucleotide pairs, it creates the replication fork. RNA primers are produced by DNA primase, a particular kind of RNA polymerase.
Therefore, DNA polymerase facilitates the addition of nucleotides one by one to a growing DNA strand.
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Suppose a gastrovascular cavity were open at two ends, with fluid entering one end and leaving the other. How would this affect the cavity's functions in gas exchange and digestion?
Although a continuous, one-way flow of fluid may increase gas exchange, there would likely be insufficient time for food digestion and nutrient absorption if fluid ran through the cavity in this manner.
What exactly is a gastrovascular cavity and what do they do?Primal animal phyla have a feature called the gastrovascular cavity. Both food digestion and the distribution of nutrients throughout the body are its responsibilities. There is only one environmental entrance in the hollow. It is a two-way digestive tract since food enters via the same hole as waste is expelled.
A system of canals may be significantly branching out of the cavity. Since food enters and waste departs through the same orifice, the gastrovascular system in cnidarians is also known as the coelenteron and is sometimes referred to as a "blind gut" or "blind sac."
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does temperature affect the number of drops needed for surface tension on a penny.
A characteristic of liquids is surface tension. Surface tension refers to a liquid's limited capacity to resist an external force.
Even though they may be much denser than the liquid, we see items float on liquids and insects walk on lakes' surfaces due to surface tension. Van der Waal forces produce surface tension. Van der Waal forces are referred to as inter-molecular forces because they exist between the molecules of a single substance, such as water.
With an increase in temperature, the surface tension falls. The critical temperature of the liquid is the temperature at which the surface tension of the liquid is zero.
Key factors affecting Surface tension:
Temperature ↑ surface tension ↓Critical temperature Surface tension: ZeroThe critical temperature of the water is 3744KIncrease with impurity.Learn more about Surface Tension here:
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Diisopropylfluorophosphate (difp, another name for diisopropylphosphofluoridate, dipf) inactivates chymotrypsin by covalently modifying serine-195. this occurs because?
Diisopropylfluorophosphate (DIFP, another name for diisopropylphosphofluoridate, DIPF) inactivates chymotrypsin by covalently modifying serine-195. This occurs because: serine-195 is in an environment which gives it a higher than normal reactivity with respect to DIPF.
DIPF is a colorless liquid with oil like texture that is widely used as a drug. It is used as a miotic agent to treat diseases like chronic glaucoma and in neuroscience. It has anti-cholinesterase activity. Besides, the chemical is also used in formation of pesticides.
Chymotrypsin is a pancreatic enzyme released from the pancreas. It acts in the duodenum of the small intestine. The enzyme is proteolytic, involved in the breakdown of proteins.
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Charles darwin argued that ________ determines which species wins the competition for scarce resources.
Darwin argued survival of the fittest determine which species wins the competition for scarce resources.
What is Darwin's theory based on?More individual are produced each generation that can survive . Phenotypic variation exists among individuals and the variation is heritable. Those individuals with heritable traits better suited to the environment will survive.
Charles darwin proposed that species can change over time , that new species come from pre existing species, and that all species share common ancestor.
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Choose all that apply below to RNA:
double helix
single strand helix
contains thymine
contains uracil
contains adenine
contains cytosine
contains guanine
contains the original code to make proteins
takes the original code out of the nucleus and translate it into proteins
Answer:
RNA is a single strand helix and contain adenine uracil cytosine and guanine.RNA takes the original code from DNA and translate this code into proteins
organisms that consume only plants are any/all of the following: group of answer choices first order heterotroph secondary consumer primary consumer second order heterotroph producer herbivore
First-order heterotrophs, primary consumers, and herbivores are the organisms that consume only plants.
The trophic level is a hierarchical position in a food chain or food web of an ecosystem. The organisms at a trophic level share similar feeding habits. There are generally three trophic levels:
1. First trophic level
This level comprises the primary producers or the green plants. They perform photosynthesis and use carbon dioxide and water for the synthesis of their food.
2. Second trophic level
The organisms of this level feed upon the organisms of the first trophic level. This means that they feed upon plants. These include primary consumers, herbivores, and first-order heterotrophs.
3. Third trophic level
The organisms of the third trophic level feed upon the organisms of the second trophic level. These include secondary consumers and second-order heterotrophs.
A heterotroph is an organism that does not prepare its food itself but is dependent on the other organism. First-order heterotrophs are thus primary consumers or herbivores that consume only plants.
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What type of bonds occur in tertiary and quaternary structures to cause a ""globular"" look?.
Hydrogen bonds occur in tertiary and quaternary structures to cause a "globular" look.
Hydrogen bonds- The attraction between an electronegative atom nearby and a partly positively charged hydrogen atom linked to a strongly electronegative atom (such nitrogen, oxygen, or fluorine). An contact between two separate molecules is referred to as intermolecular.
Tertiary Structure- Tertiary structure is the folding of the secondary structure into distinct arrangements known as domains. This occurs spontaneously in cells in one to several seconds and is driven by the properties of the amino acid side chains.
Quaternary Structure- A protein's quaternary structure is formed when many protein chains or subunits come together in a compact configuration.
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Use the drop-down menus to complete the statements.
Animal-like protists are like animals because they are
.
Plant-like protists are like plants because they are
.
Fungus-like protists are like fungus because they are
.
Fungus-like protists are like fungus because they reproduce using
.
Eukaryotic cells are those that have a true nucleus. In these cells, the genetic material is surrounded by a nuclear membrane, also called the caryotheca, ensuring the protection of the DNA against the movements of the cell's cytoskeleton.
With this information, we can conclude that Eukaryotic cells have a defined nucleus and are present in protozoa, fungi, animals and plants. Eukaryotic cells are those that have a nucleus enclosed by a nuclear envelope.
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There are four chambers in the mouse heart - the right and left ventricles, and the right and left atria. Based on the data in the table below, which chamber, the left ventricle or the left atrium, do you think pumps blood from the heart to the rest of the body? Explain your answer.
From the table given, the left ventricle pumps blood from the heart to the rest of the body.
What is the heart?The heart is a fist-sized organ that pumps blood throughout your body. It's the primary organ of your circulatory system.
The heart is the main organ of your cardiovascular system and performs various functions.
From the data given in the table, there is a higher percentage of mitochondria in the left ventricle.
Mitochondria are energy producing organelles which produce ATP and are the main site for respiration. The energy produced by the mitochondria is used for pumping blood around the body.
The main function of the heart is to move blood throughout the body. The heart has other functions which include:
Controlling the rhythm and speed of the heart rate.Maintaining of the blood pressure.In conclusion, the mouse has e a four-chamber heart that consists of ventricles and atria and is similar to the human heart. There are significant differences in the heart of a man and mouse.
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What is the characteristic of phospholipids that allows them to form double-layered membranes spontaneously?
The characteristic of phospholipids that allows them to form double-layered membranes spontaneously is due to hydrophobic nature provided by the fatty acids and hydrophilic nature provided by the phosphate heads.
the phospholipids present in the cell membrane consist of glycerol backbone which is esterified to fatty acids, a phosphate group and a hydrophilic residue.
Whenever the phosopholipids comes in contact of aquatic environment the the phosphate group that is hydrophilic will come into contact with the water molecules while the hydrophobic part which consist of fatty acids come towards each other.
Hence they align in two layers with hydrophilic phosphate pointing outside and hydrophobic fatty tail pointing inside.
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