The serving of 22 g of food provides 2.0 g of fat and 12 g of protein. This would provide 18 kcal of energy from fat (2.0 g x 9.0 kcal/g) and 48 kcal of energy from protein (12 g x 4.0 kcal/g). Therefore, the total energy provided by the serving of food is 66 kcal (18 kcal + 48 kcal).
The caloric values of fat, protein, and carbohydrates are 9.0 kcal/g, 4.0 kcal/g, and 4.0 kcal/g respectively. This means that each gram of food provides different amounts of energy depending on its nutritional content. For example, a serving of 22 g of food containing 2.0 g of fat and 12 g of protein would provide a total of 154 kcal of energy. The 2.0 g of fat in the food would provide 18 kcal of energy (2.0 g x 9.0 kcal/g = 18 kcal).
The 12 g of protein in the food would provide 48 kcal of energy (12 g x 4.0 kcal/g = 48 kcal). And the remaining 8 g of carbohydrates in the food would provide an additional 32 kcal of energy (8 g x 4.0 kcal/g = 32 kcal). Thus, the total energy provided by this serving of food is 18 + 48 + 32 = 98 kcal. In conclusion, a serving of 22 g of food containing 2.0 g of fat and 12 g of protein would provide a total of 154 kcal of energy. This is made up of 18 kcal from the fat, 48 kcal from the protein, and 32 kcal.
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Who is trying to save coral reefs?
Scientists are trying to save coral reefs.
The world’s coral reefs render a lot of service to the planet than providing the beauty underwater.
They buffer shorelines from the effects of hurricanes. An estimated 500 million people sustain their livelihoods from the fishing stocks and tourism opportunities reefs give. The animals that give rise to reefs are even offering hope for new drugs to manage cancer and other diseases.
But now, on World Oceans Day on June 8, scientists caution that these and other strategies may only get reefs time until world leaders implement climate change action.
Scientists around the world are looking for all kinds of ways to save and maybe even revive corals. One choice is to create marine protected areas—essentially national parks in the ocean. Scientists say creating marine refuges, where fishing, mining, and recreating are off-limits, makes the coral reefs healthier, and so more resilient.
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What taste good or bad to us is based purely on our biology?
We have culture, not just biology, to enable us to flourish in diverse environments. This results in a great deal of diversity.
Hence, the given statement is False.
Taste is one of the five traditional senses, along with hearing, sight, touch, and smell. Sweet, salty, sour, bitter, and umami or savory have traditionally been the five basic taste qualities.Culture is made up of two basic components: ideas and symbols on the one hand, and artifacts (material objects) on the other. The first type, known as nonmaterial culture, consists of a society's values, beliefs, symbols, and language.
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Which of the following is NOT produced by meiosis?
a. an egg, or ovum
b. a liver cell
c. a sperm cell
d. All of the given choices are produced by meiosis.
The process of meiosis does NOT result in which of the following liver cells
Cell division known as meiosis results in the production of four gamete cells and a halving of the parent cell's chromosome count. Sperm and egg cells must be created throughout this phase in order to reproduce sexually. In asexual reproduction, meiosis does not take place. Gametes are created during meiosis, a process (eggs and sperm). Cell division is all that occurs during mitosis, but at the other hand. Meiosis, also known as reduction division, is the process by which a germ cell divides into four zygotes, or sperm cell, each of which has half as many chromosome as the parent cell and is produced by two nuclear fission reactions of the nuclear.
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What is unique about clams?
The clam's unique characteristic is their lack of eyes, ears, and noses, which prevents them from seeing, hearing, or smell.
The clams are members of the Bivalvia class of Mollusca. The clam is a soft-bodied organism enclosed in roughly two inverted bowl shells. They generally reside on ocean floors. Clams have a strong digging foot and two equal-sized shells joined by two adductor muscles. They possessed gills for the gaseous exchange. The tentacles-like structure present around it help in capturing food and processing it. The external shell present over the clams is secreted by the mantle.
Hence, clams are complete organisms without diverse functions.
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How many mutations can cause cystic fibrosis?
All people have two copies of the CFTR gene, and there must be mutations in both copies to cause CF. More than 1,700 mutations of the CFTR gene have been identified.
What are the functions of CFTR gene?The cystic fibrosis transmembrane conductance regulator (CFTR) protein helps to maintain the balance of salt and water on many surfaces in the body, such as the surface of the lung.
This mutation is caused by the deletion of three base pairs of the CFTR gene leading to the loss of an amino acid called phenylalanine, abbreviated F, in the CFTR protein.
In cystic fibrosis, a defect (mutation) in a gene — the cystic fibrosis transmembrane conductance regulator (CFTR) gene — changes a protein that regulates the movement of salt in and out of cells.
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Who does Napoleon represent in the Russian Revolution?
Joseph Stalin, the Soviet leader, served as the representation for Napoleon in the Russian revolution.
Stalin participated in the 1917 Russian Revolution and took control of Soviet Russia in 1924 after Vladimir Lenin's passing. Napoleon is a reference for Joseph Stalin since both men were driven by fear. Squealer is a euphemism for the Russian media, which propagandised on behalf of Stalin. Animal Farm is a symbolism for the 1917 Russian Revolution. Boxer is a depiction of all Russian labourers and workers, while Old Major stands in for Karl Marx, Snowball for Leon Trotsky, Napoleon for Josef Stalin, Squealer for propaganda, and Snowball for Leon Trotsky.
Napoleon supported the Revolution by establishing the lycée system of schools for universal education, constructing numerous universities, and enacting new civic laws that offered the French a great deal more freedom than they had under the Monarchy.
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explain how this arrangement allows chloroplasts to generate a larger proton gradient across the thylakoid membrane than mitochondria can generate across the inner membrane.
Because chloroplasts have smaller compartments where hydrogen ions are pumped, they create a bigger proton gradient across the thylakoid membrane than mitochondria can across the inner membrane.
The light-induced -proton gradient is required for ATP production across thylakoid membranes. Proton pumping into the thylakoid lumen results in an alkaline stromal pH, which is essential for complete activation of pH-dependent Calvin Benson cycle enzymes.
The chemiosmotic theory describes how ATP is created in chloroplasts. ATP production is connected to the formation of a proton gradient across the membrane of the chloroplast thylakoid, with proton buildup occurring on the inside of the membrane, in the lumen.
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A placenta is associated with a(n):
Answer:
A placenta is associated with pregnancy and childbirth. The placenta is an organ that develops in the uterus during pregnancy and provides nutrients and oxygen to the growing fetus. It is also responsible for removing waste products from the fetal bloodstream. The placenta is typically delivered from the mother's body along with the baby during the birthing process.
Read the passage to answer the question. Even though scorpions are related to spiders, there are many differences between the two organisms. One difference is that scorpion young do not hatch from eggs as spiders do. Scorpions are born live, two at a time, and they immediately crawl onto the mother's back for protection and care. They remain there for two weeks as they grow big enough to take care of themselves. Question Scorpion cells undergo aerobic respiration, just as human cells do. Which substance is released during a scorpion's aerobic respiration? Responses oxygen oxygen ATP uppercase A T P carbon dioxide carbon dioxide nitrogen
Answer:oxygen is used and ATP is made
Explanation:
difference bettween star and protostar?
Answer:
A protostar looks like a star but its core is not yet hot enough for fusion to take place. The luminosity comes exclusively from the heating of the protostar as it contracts. Protostars are usually surrounded by dust, which blocks the light that they emit, so they are difficult to observe in the visible spectrum.
Explanation:
A protostar is not considered a star until it gets its energy from nuclear fusion instead of gravitational contraction. Gravitational contraction is the process of a cloud's gravity overcoming its internal pressure and causing a collapse.
A protostar is the stage in a star's life before it is hot enough to fuse hydrogen (13 million K). Fusion is the opposite idea to the atomic bombs dropped on Japan. Those bombs split atoms (specifically U-235?), where as in fusion, atoms are fused together. Protostars are simply out hot enough to fuse Hydrogen, and therefore are not main sequence stars like our sun.
Main sequence stars are stars that fuse hydrogen and exhibit a state of "Hydrostatic Equilibrium". Hydro-what? HE (as I'll call it) is where the fusion in a stars core counter acts the force of gravity attempting to compress the star.
Protostars do not exhibit this characteristic, rather they are in a state of collapse until they are compressed to a point where pressure is high enough to have a temperature high enough to fuse Hydrogen.
Protostars do fuse protons to Deuterium (a isotope of helium) but don't worry about this.
Protostars are technically stars, but I think you were asking how they defer from other stars.
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bacteria in the gi tract also produce ________.
Several vitamins are processed by gut bacteria using their enzymes. Vitamin K, a key cofactor in the formation of prothrombin and other blood clotting components, is synthesised by the gut microbiota.
It is Vitamin K2, a subunit of Vitamin K, which aids in the treatment of osteoporosis and is produced by bacteria found in the colon. These substances are deconjugated by intestinal bacterial enzymes such ß-glucuronidase, sulfatase, and other glycosidases, releasing the parent substances that are easily absorbed across the gut membrane. A large number of endogenous substances, such as bilirubin, bile acids, cholesterol, estrogens, and vitamin D metabolites, are circulated through the enterohepatic system. Additionally, a lot of medications that are eliminated by the liver enter this system, including digitalis, diethylstilbestrol, morphine, colchicine, rifampin, and chloramphenicol.
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What antibodies does a person with B blood type have ?
a common bird species in north america often lay 4 eggs at a time. clutches of more eggs tend to lead to malnourished offspring, while fewer eggs may result in no viable offspring at all. this is an example of what type of selection.
A bird species laying 4 eggs at a time is an example of stabilizing selection. This type of selection helps ensure that the fittest individuals are those with the most advantageous traits, which helps ensure the survival and evolution of the species in the long-term.
Stabilizing selection is a type of natural selection that favors the intermediate values of a trait, as opposed to the extreme values. In the case of a common bird species in North America, this means that laying 4 eggs at a time is the best option for the species, as any more or less may be detrimental to their offspring.
When a bird species lays too few or too many eggs, the offspring may not receive enough resources or may be overwhelmed with resources, respectively. This can lead to malnourished offspring, which are less likely to survive and reproduce. Therefore, the bird species has a selective advantage when it lays 4 eggs at a time, as it provides the optimal resources for their offspring to survive and reproduce.
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Which is the correct order of protein synthesis from transcription to translation?
The correct order of protein synthesis from transcription to translation is DNA > mRNA > chains of amino acids > protein.
Protein synthesis is a process within which the cells make proteins. It occurs in two stages recap and paraphrase. Recap is the transfer of heritable instructions in DNA to mRNA in the nexus. It includes three way induction, extension, and termination.
DNA is the information patch. It stores instructions for making other large motes, called proteins. These instructions are stored within the cells, and than distributed among chromosomes. These chromosomes are made up of thousands of shorter corridor of DNA, called genes.
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What is the effect of crossing 2 purple flowered heterozygous parents on the resulting genotypes of the offspring?
If both purple flowered are heterozygous (Ww), there is a 75% chance that any one of their offspring will have a widow's peak.
Punnett square can be utilized to determine all genotypic combinations that exist in the parents. There are a few key differences in a pedigree which depict a common inherited trait. Given that there are only two alleles again for trait, the organism can express two distinct phenotypes. A Punnett square shows that two heterozygous organisms will produce a progeny with 75% of the dominant phenotype.
Half of the offspring will be heterozygous, while the other half would be homozygous. The genotype of an offspring is determined by the combination of genes inside the sex cells as well as gametes (sperm as well as ova) that came together during conception. Each parent contributed one sex cell. Sex cells normally have only one copy of each trait's gene.
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What is the main idea of the story rescuing our reefs?
The main idea of the rescuing our reefs is that the coral reef's vegetation and animals rely on one another to thrive.
Reef corals help maintain a healthy ocean food chain, defend our coastlines, and reef's vegetation as habitat for a wide variety of marine creatures.
Coral polyps build the enormous limestone structures known as coral reefs. Coral reefs, also known as the "rainforests of the sea," are home to about 25% of all marine species known to exist.
The undersea environment known as a coral reef is defined by the corals that construct reefs. Reefs are created by coral polyp colonies connected by calcium carbonate. Stony corals, whose polyps cluster, make up the majority of coral reefs.
Coral reefs support local economies, give recreational activities, and shield coasts from erosion and storm damage. They are a source of both fresh food and pharmaceuticals. Reefs are essential to the survival, way of life, and food security of more than 500 million people.
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How can sweating be beneficial to an animal in a hot environment?
Answer:
Sweating helps animals cool because drying sweat cools the skin. Some canines—members of the dog family—sweat from their feet, but that is not a large enough surface area to cool the whole animal.Explanation:
What contains the bases adenine thymine guanine and cytosine?
The bases in DNA are adenine (A), cytosine (C), guanine (G), and thymine (T) (T). These bases are available in specific pairs (A with T, and G with C).
The chemistry of nitrogenous bases is what determines how DNA works. It permits a process known as complementary base pairing. Cytosine, for example, can establish three hydrogen bonds with guanine and two hydrogen bonds with thymine. Alternatively, to put it simply, C bonds with G, and A bonds with T. It's called complementary base pairing since each base can only bond with one other base. Similar to a lock and a key, the structures work best together. In DNA, C only bonds with G, and A only bonds with T. The hydrogen-bonded nitrogenous bases are sometimes referred to as base pairs due to complementary base pairing.
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the insertion of the teres minor is on the __________.
Answer:
the insertion of the teres minor is on the abdomen.
Explanation:
It is located in the lower abdomen, near the navel.
How do you make a seed experiment?
Answer: Seed experiment needs the proper temperature , moisture, air and light conditions to germinate,
Explanation: soak the seeds overnight in water ,set a side the top of the petri dish , or open the CD case .cut the paper towel , lay the marked-up paper in the bottom of the dish ,so the line sits horizontally across the center ,pour a little water into the dish to wet the paper towel ,smooth out any bubbles and tip out any extra water not absorbed by the paper later , and then ,the wet paper should remain stuck to inside of the dish or CD case ,stretch the rubber band and set close to one another ,around the center and we should be careful observe whether the seeds are stick to the moistened paper towel and add seed for germination away from direct sunlight.
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explain the connection between variation in the number and types of molecules wihthin cells to the ability of the organism to survive and or reproduce in different environments
Molecules are the fundamental building blocks of life. Every living organism is composed of various types and amounts of molecules, and the number and types of molecules within cells are essential for the organism to survive and reproduce in different environments.
Molecules are composed of atoms, which are the smallest particles of matter that can interact with one another. The types of atoms that make up molecules can vary, as can the amount of each type of atom in a given molecule. For example, the molecule water is composed of two hydrogen atoms and one oxygen atom.
This basic molecular structure is essential for the survival of many organisms, as water is necessary for hydration and to transport nutrients through the body. Other molecules, such as proteins, carbohydrates, and lipids, are also essential for life. Each of these molecules is composed of different types and amounts of atoms, and the number and types of molecules present in the cells of an organism can vary depending on the environment the organism is in.
The ability of an organism to survive and reproduce in different environments is directly related to the number and types of molecules within its cells. For example, when organisms move from one environment to another, their cells may need to adapt by producing more of some molecules and less of others.
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In Drosophila, the ratio of X chromosomes to autosomes directly influences _______. a. the ratio of sisterless protein subunits to deadpan protein subunits b. SXL late protein production c. RNA splicing patterns d. repression of sex-specific genes
In Drosophila, the ratio of X chromosomes to autosomes directly influences option a. the ratio of sisterless protein subunits to deadpan protein subunits.
Drosophila melanogaster, known colloquially as the fruit fly, remains one of the most generally used model organisms for biomedical wisdom. For further than one hundred times, the low cost, rapid-fire generation time, and excellent inheritable tools have made the cover necessary for introductory exploration.
Protein makes up the enzymes that power numerous chemical responses and the hemoglobin that carries oxygen in your blood. One of the deadpan-neural genes is impassive, which encodes a helix- circle- helix protein nearly related to the product of the segmentation gene hairy.
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Go online or look up phlogiston and ectoplasm. These are two substances that were once widely considered to be actual, but have not been observed for a long time. What happened to them? Are there "different kinds of truth"? Can something be true because it "feels true", even in the absence of evidence?
Ectoplasm is a strange, typically light-colored, viscous fluid that is supposed to emanate from a spiritualist medium's body when they are in a trance and can take the form of a face, a hand, or an entire body.
What are the phlogiston and ectoplasm?Phlogiston was a mythical fire force that permeated early chemistry theory and was a component of every flammable substance. According to this theory, phlogiston was released to cause the phenomenon of burning, which is now known as oxidation, and the dephlogisticated substance was left behind as an ash or residue.
Therefore, a fictitious substance that was once believed to exist in all flammable materials and to be emitted upon combustion.
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Hello! Please help me!
I have a test tomorrow so this is urgent!!!
Question: Look at the data in the photograph.
At the end of the period of exercise, how much faster is the heart rate of the untrained person than the trained person?
Answer:
Explanation:
since the y axis (the heart rate) is counting by 4s the trained heart beat seems to be 64 bpm while the untrained is 80 bpm
to find out the difference you would subtract 64 from 80 to get 16 so the difference would be 16 b.m.p after 23 minutes
How does cardiovascular endurance prevent injury?
Cardiovascular endurance includes strength training that improves the body alignment. Strength training includes fluid movements that promote excellent body alignment, hence reducing injury risk.
How does muscular endurance prevent injury?Improving cardiovascular endurance can make it easier to carry out your daily tasks. When one increases stamina, that means increasing your ability to maintain correct form and balance. Hence, you decrease weaknesses that can lead to injury.
Physical fitness can reduce the risk for and resilience to accidental injuries. For example, stronger muscles and better balance means that one is less likely to slip and fall. Stronger bones means that you are less likely to suffer bone injuries should you take a tumble.
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When an IRB is reviewing a research study and they are considering?
IRB is reviewing a research study and are considering if there a power differential between researchers and subjects.
Under FDA regulations, an Institutional Review Board is group that has been formally designated to review and cover biomedical exploration involving mortal subjects. The purpose of IRB review is to assure, both in advance and by periodic review, that applicable way are taken to cover the rights and weal of humans sharing as subjects in the exploration.
Research is what propels humanity forward. It's fueled by curiosity we get curious, ask questions, and immerse ourselves in discovering everything there's to know. literacy is thriving.
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What are the stages of meiosis 2 in order?
1st, Prophase ll: Chromosomes condense and the nuclear envelope breaks down if needed. The centrosomes move apart, the spindle forms between them, and the spindle microtubules begin to capture chromosomes.
2nd, Metaphase ll: The paired chromosomes line up.
3rd, Anaphase ll: The chromatids split at the centromere and migrate along the spindle fibers to opposite poles.
4th, Telophase ll and Cytokinesis: The cells pinch in the center and divide again, creating two daughter cells.
What are the types of homeostasis?
There are three types of homeostatic regulation in the body, which are:
Thermoregulation. OsmoregulationChemical regulation.Thermoregulation :Thermoregulation is a mechanism by which mammals maintain body temperature with tightly controlled self-regulation independent of external temperatures. Temperature regulation is a type of homeostasis and a means of preserving a stable internal temperature in order to survive.
Osmoregulation :Osmoregulation is the process of maintaining salt and water balance (osmotic balance) across membranes within the body. The fluids inside and surrounding cells are composed of water, electrolytes, and nonelectrolytes. An electrolyte is a compound that dissociates into ions when dissolved in water
Chemical regulation: In chemical regulation, substances called hormones are produced by well-defined groups of cells and are either diffused or carried by the blood to other areas of the body where they act on target cells and influence meta bolism or induce synthesis of other substances.
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Two horses are crossed. One has a dark brown coat, and the other has a cream coat.
The offspring is dappled and has splotches of both dark brown and cream.
What type of dominance does this indicate?
Co-dominance
Incomplete dominance
Complete dominance
Mutation
Answer:co-dominance
Explanation:
neither trait is stronger so the foal displays both colors
What is atherosclerosis also called?
Fat, cholesterol, and other chemicals accumulate in the artery walls, causing atherosclerosis, often known as "hardening of the arteries." Plaques are what we name these deposits.
These plaques can constrict or even block the arteries over time, leading to issues throughout the body. A common disease called atherosclerosis arises when a sticky material called plaque accumulates within your artery. The most common reason for mortality in the US is a condition related to atherosclerosis.
High blood pressure: Over time, high blood pressure can harm the lining of the arteries, causing plaque to accumulate. Diabetes: High blood sugar levels can harm the arteries' inner layers and lead to the formation of plaque. High blood cholesterol and triglyceride levels raise your chances of developing the metabolic syndrome.
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