PLEASE HELP ASAP

Which statement expresses why water is so important to living organisms?

A. It assists organisms in breathing in oxygen.
B. It assists organisms in remaining disease free.
C. It assists organisms in obtaining certain dissolvable substances.
D. It assists organisms in releasing carbon dioxide.

Answer: genotype, 2:1, phenotype, 9:3:3:1

Explanation:

Although alveolaa postsess traits shared by other protista groups, such as membrane-bound organelles such as in amoebozoa, photosynthetic pigments such as in algae.

Alveoli are tiny air sacs in the lungs that are responsible for facilitating the exchange of oxygen and carbon dioxide. They are the smallest and most numerous parts of the respiratory system. Alveoli are found within each lobe of the lungs, and are surrounded by a capillary network. When we inhale air, the air travels through the trachea and bronchi, before entering the alveoli.

The presence of such unique traits supports the claim that protist diversity is the result of a series of morphological innovations. Over time, new traits were acquired or modified from pre-existing ones, allowing organisms to adapt to their environment and diversify into new forms.

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The student's claim that some germs are dangerous could be supported by evidence of several bacteria, including streptococcus, and E. coli, are known to cause illnesses in people and other animals.

A few examples of harmful microorganisms are fungi, bacteria, and protozoa. They induce a number of illnesses in people, animals, and plants that can potentially be fatal. The dangerous germs hurt not only our bodies but also the food we consume. Pathogens are those germs that cause disease.

Mycobacterium tuberculosis, which causes more than 1,700,000 fatalities annually, is the most lethal bacterial illness that can infect humans. Up to 13% of patients are resistant to the majority of antibiotics, and 6% are non-responsive to virtually every form of treatment.

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Answer:

23.3%

Explanation:

To calculate the frequency of Allele 13 for CSF1P0, we need to count the number of times that allele 13 appears in the dataset and then divide by the total number of alleles at that locus in the population.

Looking at the CSF1P0 column, we can see that allele 13 appears 7 times in the dataset (in individuals 6, 7, 8, 11, 12, 15). There are a total of 30 alleles at the CSF1P0 locus in the dataset (2 per individual x 15 individuals).

So, the frequency of allele 13 for CSF1P0 in this sample of 15 individuals is:

Frequency of allele 13 = (number of copies of allele 13) / (total number of alleles) = 7 / 30 ≈ 0.233.

Therefore, the frequency of allele 13 for CSF1P0 in this sample is approximately 0.233 or 23.3%.

The frequency of allele 13 at the CSF1PO locus in this sample is 0.333.

To calculate the frequency of Allele 13 for CSF1PO, we need to count the number of occurrences of allele 13 in the sample and divide by the total number of alleles observed at this locus in the sample.

Looking at the data provided, we can see that alleles 13 are present in individuals 6, 7, 11, 12, and 15 at the CSF1PO locus. Therefore, the total number of occurrences of allele 13 in the sample is 5 * 2 = 10 (since each individual has two copies of the gene).

The total number of alleles observed at the CSF1PO locus in the sample is 15 * 2 = 30 (since there are 15 individuals and each has two copies of the gene).

Therefore, the frequency of allele 13 at the CSF1PO locus in this sample is:

frequency of allele 13 = number of occurrences of allele 13 / total number of alleles observed = 10 / 30 = 0.333

Rounded to three decimal places, the frequency of allele 13 at the CSF1PO locus in this sample is 0.333.

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Answer:

gene, DNA; chromosome, cell

Explanation:

DNA is a macromolecule, a gene is a sequence of DNA monomers(nucleotides), the chromosome is a large structure made of highly condensed DNA material around proteins(histones) and the cell contains everything listed and much more.

The correct answer is

A.Diaphragm

The invention of the microscope made it easier for Hooke to find the cell. By researching cork, Hooke noticed formations that resembled monastic cells or flats and named them "cells" because of their box-like shape.

This discovery gave rise to the classical cell hypothesis. The classical cell theory was put forth by Theodor Schwann in 1839. There are three elements to this hypothesis. According to the first section, cells make up all living things. Cells are, according to the second section, the fundamental constituents of life. In 1858, Rudolf Virchow used the phrase "omnis cellula e cellula" to refer to the third part of his theory, which holds that new cells develop from previously existing ones that have multiplied (all cells come from cells).

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This type of survivorship is typical for species with a low fecundity (fewer offspring) and high parental care, such as humans, elephants, and some primates. Therefore, the best representation of the type of survivorship for the llama population is Type I survivorship.

What is Llamas?

Llamas are domesticated South American camelids, commonly used as pack animals and for their wool. They are closely related to alpacas, guanacos, and vicuñas. Llamas have a long, curved neck, a small head, and large, expressive eyes. They are known for their sure-footedness, hardiness, and gentle temperament. In their native Andean range, they are used as pack animals and as a source of meat, wool, and leather. In other parts of the world, they are often kept as pets, used for trekking or hiking, and even participate in animal-assisted therapy programs.

The given information about the llama population exhibiting a nice lifespan but fewer offspring and Type I survivorship suggests that the population has a high survival rate in the early and middle stages of life, but the survival rate decreases rapidly as the individuals age.

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The one that is  NOT part of the attempt to address overfishing by the Magnuson-Stevens Fishery Conservation and Management Reauthorization Act is : Setting aside 200 nautical miles of the U.S. coast is NOT part of the attempt to address overfishing by the Magnuson-Stevens Fishery Conservation and Management Reauthorization Act. Option D) is the correct answer.

The Magnuson-Stevens Fishery Conservation and Management Act primarily focuses on the conservation and management of marine fishery resources in the United States. The Act addresses overfishing by implementing a number of measures, including establishing quotas for fishing, conducting research on marine environments, and promoting sustainable fishing practices. However, the Act does not include a provision for setting aside 200 nautical miles of the U.S. coast.

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The following which is not part of the attempt to address overfishing by the Magnuson-Stevens Fishery Conservation and Management Reauthorization Act is research on marine environments and is therefore denoted as option A.

This is referred to as the primary law that governs marine fisheries management in U.S. federal waters and it fosters the long-term biological and economic sustainability of marine fisheries.

It is however not concerned with research on marine environments which is therefore the reason why it was chosen as the correct choice.

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Populations that do not defy HWE presumptions are incapable of evolving. According to the Hardy-Weinberg equilibrium, a population's genetic diversity will not change over time.

The Hardy-Weinberg Equilibrium (HWE), which states that "in the absence of external disturbance, genotype frequencies in a population maintain constant between generations," is a fundamental concept of population genetics.

A population is not evolving and allele frequencies do not change over time when it enters Hardy-Weinberg equilibrium for a gene. There are no mutations, random mating, no gene flow, an unlimited population size, and no selection, according to the five fundamental Hardy-Weinberg hypothesis.

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Interference:-One crossover along a chromosome makes a second nearby crossover less likely.

Mosaic:-The condition in which an individual exhibits cells with different genotypes

Parental ditype :-An ascus containing spores of two distinct parental genotypes.

Ascospores:-Fungal spores contained in a sac.

Tetratype:-An ascus containing spores of four different genotypes.

Chiasma :-The structure formed at the spot where crossing over occurs between homologs.

Chi-square test:-A statistical method for testing the fit between observed and expected results.

Twin spot:-There is no match for this term.

Recombination :-The formation of new genetic combinations by exchange of parts between homologous chromosomes.

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Answer: Environmental scanning is about understanding the world and context in which you operate. It is a process for monitoring your internal and external environment for clues to existing circumstances and change that could bring about risk or opportunities.

Kangaroo care provided to the low birth-weight babies demonstrates the value of parental care when caring for at-risk newborns as presented in Option A, as parental care is different from that provided by the different animals.

Parental care is seen in mammals and other classes as they care for newborn babies, such as humans who take great care of their babies or kangaroos who care for their babies after they are born and provide them with the nutrition they require to grow.

Hence, kangaroo care provided to the low birth-weight babies demonstrates the value of parental care when caring for at-risk newborns, as presented in Option A.

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The question is incomplete, the complete question is below

kangaroo care provided to the low birth-weight babies demonstrates the value of _____ when caring for at-risk newborns.

A)parental care

B)no parental care

Agriculture is a major source of nitrates and phosphates in freshwater, as these nutrients are commonly used as fertilizers.

Fertilizers are substances that are added to soil to enhance plant growth and increase crop yields. They contain essential plant nutrients, such as nitrogen, phosphorus, and potassium, which are required in relatively large amounts. Fertilizers can be applied to soil in various forms, including granular, liquid, and powder.

Nitrates and phosphates are two essential nutrients required by plants and algae for growth. In freshwater environments, nitrates and phosphates can be introduced through various sources such as agricultural runoff.

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The best malaria parasite population resistance on amplify is drug-resistance mutations.

What is malaria parasite population?

Malaria parasite population refers to the total number of malaria parasites present in a given region. Malaria is a serious and potentially life-threatening disease caused by a parasite that is transmitted through the bite of an infected mosquito. Malaria parasites reproduce rapidly in the human body and can quickly spread from person to person. The number of malaria parasites in a given region can vary greatly depending on the climate, season, and other factors.

Drug-resistance mutations enable the parasite to survive treatment with antimalarial drugs, while gene amplification increases the expression of genes that promote drug resistance. This combination of mutations and gene amplification gives the parasite the ability to survive in the presence of antimalarial drugs and effectively resist treatment.

Therefore, drug-resistance mutations is the answer.

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Junctional epidermolysis bullosa is a severe skin disorder that results in blisters over the entire body.

Red blood cells (RBCs) cannot prevent coagulation when directly added to a blood sample. In fact, RBCs are involved in the process of coagulation as they release substances that promote clotting.

Other substances such as heparin and citrate can prevent coagulation when added to a blood sample.

A. Ribozymes are RNA molecules that function as enzymes.

B. In some genes, intron RNA functions as a ribozyme and catalyses its own excision are the two correct statements about Ribozymes.

Ribozymes are RNA molecules that are capable of catalysing specific biochemical reactions. They are a type of ribonucleic acid (RNA) that functions as an enzyme, and they play a role in a wide range of cellular processes, such as gene expression, protein synthesis and RNA processing. Ribozymes are formed from the cleavage of larger precursor RNA molecules, and they are able to catalyse reactions such as hydrolysis, phosphorylation, and ligation. Ribozymes have been found in both prokaryotes and eukaryotes, and are involved in a variety of biological processes.

A. Ribozymes are RNA molecules that function as enzymes. This means that they can catalyse biochemical reactions and can be used in the same way as enzymes.

B. In some genes, intron RNA functions as a ribozyme and catalyses its own excision. This means that some types of RNA can act as ribozymes and can catalyse the process of excising themselves from a gene.

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Wetlands are actually a type of freshwater biome, so the correct answer would be Coral Reefs. Coral reefs are actually found in marine (saltwater) environments.

Answer:f2 is better

Explanation:

False. The lysosome is the site of synthesis of various large biological molecules.

The creation of a number of major biological compounds does not take place in the lysosome. Instead, it is an organelle that may degrade and recycle a variety of macromolecules, including proteins, nucleic acids, lipids, and carbohydrates. It is a component of animal cells. Proton pumps that actively transport hydrogen ions into the lysosome maintain the acidic environment necessary for these enzymes to function at their best. Although the lysosome does not participate in the production of new molecules, it is essential for maintaining cellular homeostasis and reducing the buildup of waste products since it breaks down and recycles molecules.

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Answer:

the answer isRibonucleic acid.

Structural carbohydrates are usually long unbranched polysaccharides that form parallel strands that are chemically cross-linked by covalent bonds and/or non-covalent interactions.

Carbohydrates are the kind of molecules that are made up of glucose. As such the monomer is the glucose and the structures that are formed as the glucose molecules are linked is the polymer.

We can now see that the cells of the Bacteria, fungi, and plants use carbohydrates to reinforce cellular structures to form links that help then to be stronger and reinforced.

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Unless you are preparing for a blood collection or taking blood cultures, wipe the area for 30 seconds with a 70% alcohol swab and then wait until it is fully dry (40–42).

Take one set of blood cultures from each indwelling line and from a peripheral stab (arterial, central line, PICC). Two bottles, one anaerobic and one aerobic make up each set of blood cultures. Within 15 minutes, cultures should be collected from all locations.

Give the area time to totally dry, or at least for 30 seconds an hour. Two-step process (use the following process, which takes about two minutes, if chlorhexidine gluconate in 70% isopropyl alcohol disinfection is not available):

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The complete statement is in the cytoskeleton, intermediate filaments are made of different proteins (depending upon the cell type) and act to maintain cell shape and bind certain cells together.

Intermediate filaments in the cytoskeleton are a type of filament that together with actin and microtubules form a rigid structure that provides support to eukaryotic cells.

Therefore, with this data, we can see that intermediate filaments in the cytoskeleton are one of the main types of filaments and they are formed by different proteins

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Plants, animals, and fungi have been divided into distinct kingdoms based on the following characteristics: Kind of cell, nourishment method, reproduction, and bodily organization.

The ameba, flagellates, ciliates, and sporozoa were once considered to be the four main types of protozoa. Motility served as the basis for the identifying characteristics between the groups (i.e., ameboid, flagella, cilia).

Animals and fungi are both classes of living things formed of intricate eukaryotic cells. Both have the capacity for reproduction and carry genetic information that is passed on. Fungi and animals both expand and change.

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Answer:

Explanation:

The second step when applying the argument form reductio ad absurdum (RAA) to the ethical doctrine discussed in the second misconception about ethics is to assume the opposite of the original position, or to assume the negation of the ethical principle. Then, we look for a contradiction or an absurd conclusion that follows from this assumption, which shows that the original principle must be true.

As an example, let's take the ethical principle "It is always wrong to lie." If we apply RAA to this principle, we would assume its negation: "It is not always wrong to lie." Then, we would look for a scenario where this assumption leads to a contradiction or an absurd conclusion.

Suppose that we take the scenario of a society where everyone lies all the time, and it is accepted as the norm. In this society, lying is not seen as wrong, and there are no negative consequences for lying. However, if we take the assumption that "It is not always wrong to lie," we arrive at the absurd conclusion that in this society, telling the truth is always wrong. This is a contradiction because we know that telling the truth is a good thing and is necessary for trust and communication in any society.

Therefore, by assuming the negation of the ethical principle and finding an absurd conclusion, we have shown that the original principle must be true. In this case, we have shown that "It is always wrong to lie" is a valid ethical principle.

Catalase is a catabolic enzyme. It is responsible for breaking down hydrogen peroxide into water and oxygen, which is a process that releases energy. Catabolic reactions break down complex molecules into simpler ones and release energy, whereas anabolic reactions build complex molecules from simpler ones and require energy input. Since catalase is breaking down a molecule, it is considered a catabolic enzyme.

Compass Rose - Okay, so this is a true yes. It literally tells you which direction is North, East, South, and West. You can always remember this by the phrase of Never Eat Soggy Waffles.

Legend - Okay, so this is a no. Legends tell you about specific symbols located on a map, not direction.

Latitude and Longitude Lines - No. So, these lines refer to a coordinate point on the world map, this does not indicate direction. These lines are helpful for if someone gave you a coordinate point to look for.

Arrow pointing north - Yes, this can indicate a direction, especially since it points North.

Answer:

A and D

Explanation:

Only Compass Nose and Arrow pointing North

It affects the function of a person's red blood cells and accurately describes sickle cell anemia.

Sickle cells, which block blood flow to organs, deprive  affected organs of blood and oxygen. Sickle cell anemia also has a chronically low level of oxygen in the blood.

People with sickle cell disease inherit two defective hemoglobin genes called hemoglobin S - one from each parent. A person has sickle cell trait when the hemoglobin S gene is inherited from only one parent and the normal hemoglobin gene - hemoglobin A - from the other parent.

In a recent study, the life expectancy of adults with SCD was estimated to be 5 years, about 20 years shorter than that of normal adults without SCD.

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