The relationship between a carnivore and an herbivore can be stated as

Answer: B.

Explanation:

The normal hemoglobin and hematocrit level of a pregnant women is 12–16 g/dL and 36–46%.

Hence, as the given pregnant women has  hemoglobin and hematocrit level under the normal range without any other deficiency, the nursing action will be to determine the blood type of the infant after delivery.

All the other given options are provided under some deficiencies.

Hence, the correct option is B.

Answer:

Yes, a plant can reproduce without another plant involved.

No, there is no beginning of rock cycle.

Two ways in which carbon dioxide is released into the atmosphere are burning of fossil fuels such as petrol and coal etc and respiration process.

Explanation:

This type of reproduction occurs in non seed bearing plants such as ferns and mosses etc. These plants reproduce by the formation of spores. Spore formation is a type of asexual reproduction in which only one plant is involved. In cellular respiration, glucose molecule is broken down and energy is released with carbon dioxide gas. Fossil fuels are also responsible for the emission of carbon dioxide gas after burning in vehicles and industries.

a. the precursor

b. citrulline

c. the precursor, ornithine, and citrulline

d. either ornithine or citrulline

e. ornithine

Answer: Citrulline, Option B

Explanation:

The sequence of the formation of arginine is as follows. Precursor → ornithine → citrulline → arginine.

If there is a defective enzyme for ornithine then there will no production of citrulline or lesser production of citrulline which ultimately will affect arginine production.

So, the compound citrulline should be provided so that the production process can continue. Ornithine if not present then citrulline can alone produce arginine.

So, the correct answer is option B

Answer:

Angiotensin II is a potein VASOCONSTRICTOR that helps regulate blood pressure. Angiotensinogen, is an inactive hormone synthesized and released continuously from the LIVER. Its activation, which occurs within the BLOOD, is initiated by the enzyme renin. Renin is released from the juxtaglomerular apparatus of the KIDNEYS in response to either (1) LOW blood pressure (as detected by decreased stretch of BARORECEPTORS within granular cells, or by decreased NaCl detected by CHEMORECEPTORS within macula densa cells); or (2) stimulation by the SYMPATHETIC  division. The sequential action of renin and angiotensin converting enzyme (ACE) causes the formation of angiotensin II (the active form of the hormone).

Explanation:

Angiotensin is a peptide hormones that regulate blood pressure by causing increase in blood pressure through vasoconstriction. It is a part of the renin- angiotensin system that regulate the internal pressure of the blood. It is stimulated when the level of blood pressure reduces or there is an decrease in the sodium chloride in the blood. It effects is to vasoconstrict the blood vessels thereby increasing the blood pressure in the vessels. Angiotensinogen is the inactive hormone synthesized by the liver and upon activation through baroreceptors or chemoreceptors, the liver releases angiotensinogen into the blood stream to be ctivated by the enzyme secreted from the kidney's juxtaglumerular apparatusand then activated to teh angiotensinogen I, angiotensinoI is then activated into angiotensin II by the angiotensin II by the angiotensin converting enzyme. Angiotensin also causes the increase in the aldosterone secretion from the adrenal cortex to promote the retention of sodium by the kidneys, this also helps to increaee the blood pressure. Various receptors helps in signalling the body to a reduced blood pressure level. This includes the baroreceptors which are pressure receptors and detect changes in pressure of the blood; chemorecptors which are chemical receptors that detect the change in the concentration of sodium and chloride ion in the blood. All this function together with the sympathetic division of the CNS to help the body regulates its change in blood pressure in a given time.

Answer:

it kills fishes due to the lack of oxygen

and promotes the growth of algae

Explanation:

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Final answer:

When pond water is too acidic or too basic, it harms aquatic life, disrupts ecosystems, and can cause human discomfort. Acidic environments affect reproductive cycles and dissolve calcium carbonate structures, while basic environments can irritate skin and eyes. pH balance is crucial for healthy aquatic systems.

Explanation:

If a solution of pond water becomes too acidic or too basic, it can have detrimental effects on the ecosystem. Acidic water, with a pH less than 7, can disrupt the reproduction of aquatic animals and lead to the dissolution of calcium carbonate structures such as those in clams, snails, and corals. Ecosystems suffer from decreased populations of sensitive species and potential food chain disruptions. Moreover, acid deposition from rain can introduce toxins, affecting fish and insect populations. On the other hand, water that is too basic, with a pH greater than 7, can also pose problems for aquatic life and irritate human skin and eyes, as is sometimes noticed after swimming in a pool with improper pH levels.

Additionally, significant shifts in water pH can result in eutrophication and algal blooms, which deplete oxygen in the water and can lead to large fish kills. Overall, maintaining a balanced pH level is crucial for the health of aquatic ecosystems and the organisms living within them. Learning about the impact of pH on water quality underscores the importance of monitoring and managing water resources to protect these environments.

Answer:

Small Size

Explanation:

Answer:

small size

Explanation:

edgenuity test

Answer:

Epistasis

Explanation:

Sorry it its wrong

Answer:

After an RNA molecule is transcribed from a eukaryotic gene. True

Explanation:

In a cell, the flow of information goes from DNA to RNA to protein. After an RNA molecule is transcribed from a eukaryotic gene, portions called introns are removed and the remaining exons are spliced together to produce an mRNA molecule with a continuous coding sequence. In a eukaryotic cell, translation occurs in the cytoplasm. A ribozyme, for example, is a biological catalyst made of RNA.

Answer:

Belongs to Animalia kingdom

Explanation:

In the given question, the options are not provided but it can be assumed that the examiner is asking about the kingdom of the organism which shows these traits.

The provided characteristics are:

1. size- from a fist to 3 times larger than humans

2. can run or walk- that is they show movement

3. walk with- 2 to 4 legs

4. hunt food- are mostly heterotrophic

5. cell has a dark circle- nucleus

6. small structures around the nucleus- organelles

These characteristics are shown by the organism belonging to the Animalia kingdom.

Thus, the Animalia kingdom is the correct answer.

Answer:

I think it is: C

Consist of both DNA and Protein

Explanation:

The reason why i say C is because Eukaryotic chromosomes consist of a DNA-protein complex that is organized in a compact manner which permits the large amount of DNA to be stored in the nucleus of the cell. The subunit designation of the chromosome is chromatin. The fundamental unit of chromatin is the nucleosome.

Eukaryotic chromosomes can occur as chromatin, contain histones for DNA packaging, and consist of both DNA and protein; therefore, all the choices are correct.

Eukaryotic chromosomes fulfill all of the listed characteristics, thus all of the choices are correct. They may occur as chromatin, which is DNA wrapped around histone proteins, creating a structure conducive to both the condensation necessary for cell division and the accessibility required for gene expression. Eukaryotic chromosomes contain histones that are responsible for packaging DNA into a small space, a necessity given the large amount of genetic material within each cell. Additionally, they consist of both DNA and protein, including the histone proteins that are vital for the structural organization of the chromosome.

Answer:

D

Explanation:

Mutations can be good, bad, or neutral so the answer must be d, that they occur naturally. In any given environment many mutations can occur, but the mutation's effect on an ecosystem or being can vary. Mutation happen to people, diseases, animals, and even plants.

Mutations can be either good, bad, or neutral, and are always naturally occurring. Good mutations provide an evolutionary advantage, bad ones can cause diseases, and neutral ones have no significant impact on the organism's survival.

Mutations are often thought of in negative terms, but they can be good, bad, or neutral. They are also unquestionably natural occurrences. For example, certain mutations may offer an evolutionary advantage, thus fitting into the 'good' category. Other mutations can lead to life-threatening diseases, classifying them as 'bad'. Many mutations are 'neutral', meaning they do not significantly impact the organism's survival. Regardless of their effects, they are natural processes occurring at the genetic level.

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Answer:

High levels of ADP act as an allosteric activator of catabolic pathways

Explanation:

The correct statement is that high levels of ADP act as an allosteric activator of catabolic pathways.

Explanation:

Stabilizing selection is a type of natural selection which favors intermediate genotype but eliminate extreme genotypes (inferior and superior)

Stabilizing selection is not a common phenomenon in the history of evolution of earth, so it is not a main reason of species diversity on earth

In the given example of humans, babies that are born too small lack the reserve to thrive (inferior genotype) and babies that are too large are prone to difficult births (superior genotype) whereas moderately-sized babies are favored (intermediate genotype) so this clearly reflects stabilizing selection

Answer:

d. pxp +2pq

Explanation:

The formula for genotype frequency for a population in Hardy-Weinburg equilibrium is as under:

                           p² + 2pq + q² = 1

where, p = dominant allele

           q = recessive allele

Here,

 p² represents frequency of homozygous dominant genotype

2pq represents frequency of heterozygous genotype

q² represents frequency of homozygous recessive genotype

Also, although the genotypes p² & 2pq are different from each other yet phenotypically they both will collectively produce dominant trait i.e. free ear lobes not attached earlobes. So the term "p² + 2pq or pxp + 2pq" represents the frequency of the individuals who show the dominant phenotype in this particular population. Dominant phenotype will comprise 75% of the population.

Answer:

The boundary between two air masses that have different temperatures or humidity. In the mid-latitude areas of the Earth, where warm tropical air meets cooler polar air, the systems of fronts define the weather and often cause precipitation to form.

Explanation:

Scientific definition for front

Answer:

A weather front is a boundary separating two masses of air of different densities

Explanation:

Answer:

A. The use of only the most productive breeds improves genetic diversity.

Answer:

the independent variable is the experiment was MOLECULE SIZE, and the dependent variable was ABILITY TO DIFFUSE.

Explanation:

Transcription is the biological process of copying DNA into RNA, where an enzyme called RNA polymerase synthesizes a complementary RNA strand from a DNA template.

Transcription is a fundamental biological process where genetic information encoded by DNA is transferred to RNA. In this process, known as DNA-dependent RNA synthesis, RNA polymerase creates a complementary RNA sequence from a template strand of DNA. Only one of the two strands of DNA is used during transcription, which is divided into three main stages: initiation, elongation, and termination. The RNA that is synthesized may carry the genetic information out of the nucleus to facilitate protein synthesis during a process called translation.

During transcription, uracil is substituted for thymine when RNA nucleotides pair with the DNA template strand. This is because RNA uses uracil instead of thymine, which is found in DNA. The outcome is a primary transcript of RNA that serves as the coding sequence for protein construction at the ribosome.

The researchers will use mice instead of opossums or humans to determine whether the cells of the ear bones originated from the same embryonic cells as the cells that form the jaw in other vertebrates because in this type of experiment, organisms that are ideal are the ones that have a short life span, easy to be researched on and easy to mantain.

It will be very tedious and demanding to use opossums and humans in this type of practical experiment because,it is against the culture and norms guilding human living and existence to use humans as model organisms,opossums as well are very bad model organisms because unlike the mice,opossums are long lived and it will be very difficult to raise and maintain an opossum in a laboratory.

Humans and mice are both mammals just that human is a higher mammal but they share similar features in terms of pattern of development,though there is a clear difference during their early development,so because of the common ancestry shared by the mice and humans,the result of the experiment on the mice with share a close similarity with the pattern that is expected in humans.

Answer:

Jacob and Monod were intellectually primed to draw the conclusions they did concerning regulation of the lac operon. In part, this was due to their fascination with mechanisms of enzyme regulation. They knew that the activity of some enzymes is regulated when their reaction product binds to the enzyme, changing its shape and therefore its activity. This knowledge allowed them to easily make the intellectual leap to propose B) allosteric regulation of the repressor

Explanation:

When we talk about the mechanisms of enzyme regulation, we refer to allosteric regulation of the repressor. The Allosteric control of transcriptional regulatory proteins allows organisms to react to changes in environmental and metabolic conditions. Also, it is s a thermodynamic phenomenon. When it binds one molecule, the affinity with which a protein binds to a second molecule is altered.

Answer:

high friction surfaces have more movement which creates more heat on the surface, which means that there will be more thermal energy on a high-friction surface than on a low-friction surface.

Explanation:

Answer:

Food that produced by plants is common to be used for making products.

Final answer:

Plants are used for medicinal purposes, such as quinine for malaria, and for producing alcoholic beverages through fermentation. They also provide raw materials for industries and have cultural significance.

Explanation:

Aside from being a staple in our diet, plants serve a multitude of purposes in human life. One common use of the food produced by plants is for medicinal purposes. For instance, quinine, which is extracted from cinchona trees, has been used to treat conditions like malaria and to reduce fever and alleviate pain. Additionally, fermentation of plant sugars and starches is a traditional method used to create various alcoholic beverages, such as wine and beer. Moreover, plants are also vital for providing raw materials like timber, fibers, and oils for various industries, and for cultural and ceremonial uses in many societies.

Answer:  The autonomic nervous system controls smooth muscle of the viscera (internal organs) and glands. This picture shows the general organization of the autonomic nervous system. The preganglionic neuron is located in either the brain or the spinal cord. This preganglionic neuron projects to an autonomic ganglion.

Explanation:  I found it on google luv x

Answer:

Arteries have thick walls composed of three distinct layers (tunica) Veins have thin walls but typically have wider lumen (lumen size may vary depending on specific artery or vein) Capillaries are very small and will not be easily detected under the same magnification as arteries and veins.

Explanation:

Final answer:

The size of the lumen varies among arteries, capillaries, and veins, designed according to their roles in the circulatory system. Arteries have smaller lumens to maintain blood pressure, while capillaries' tiny lumens facilitate exchange between blood and tissues, and veins have larger lumens for low-pressure return of blood to the heart.

Explanation:

The size of the lumen varies among arteries, capillaries, and veins based on their structure and function within the circulatory system. Arteries, being closer to the heart and receiving blood at a higher pressure, have thicker walls and consequently smaller lumens compared to veins. This smaller lumen helps maintain the pressure of blood flowing through the system. In contrast, veins have larger lumens and thinner walls, accommodating for the lower pressure of blood returning to the heart. Capillaries, the smallest and most numerous of the blood vessels, have the smallest lumens, with diameters just wide enough to allow single erythrocytes (red blood cells) to pass through. This size facilitates the exchange of gases, nutrients, and waste products between the blood and surrounding tissues.

Arterioles, a type of small artery leading into capillaries, are termed resistance vessels due to their small lumen sizes slowing down blood flow, hence playing a critical role in regulating blood pressure. Veins, with their larger lumens, serve as reservoirs that return blood to the heart under lower pressure. Overall, the variation in lumen size across these vessels is crucial for the efficient functioning of the circulatory system, each serving a unique purpose tailored to its role in blood circulation.

Answer:

Genetic drift

Explanation:

In the given question, out of ten dark-colored birds, 2 dies and out of five light-colored birds 3 dies. This produces only the dark-colored birds in the next generation but no light colored birds.

From this, we can observe that the gene pool of the small population has changed due to chance event or random event.

Since in the given situation, the small population of birds is taken into account in which the gene pool has changed due to a random event is known as the Genetic drift.

The genetic drift is the phenomenon which is associated with the shift or drift in the gene pool therefore is the answer.

The change in the bird population's phenotype, with all offspring being dark brown, can be attributed to genetic drift following the random death of light brown birds.

Genetic drift is an example of how allele frequencies in a small population can change drastically due to random events, which in this case is the death of the light brown birds before they could produce offspring. Because the light brown allele is lost due to chance, the remaining dark brown allele becomes fixed in the subsequent generation.

Genetic drift is particularly potent in small populations, where random events can have a large effect on the genetic makeup of future generations. This differs from directional selection, which occurs when environmental changes favor one phenotype over another, leading to a shift in allele frequencies based on those selective pressures, as was seen in the peppered moth example due to industrial pollution.

Answer:

1/4

Explanation:

1/4 (one fourth) is the same as 25%.

Example:

if you have four quarters, you have one US dollar. If you spend 75 cents, then you have 25 cents left. That 25 cents is 25% of 1 dollar

   The fraction representing 25% of the offspring in a genetic cross is ¼.  Hence, the first option is the correct option. The genetic crossing takes place between two parents.

A genetic cross takes place between two parents. Each parent produces the gametes. These gametes make up the genes for the offspring. An example is a cross between two heterozygous tall plants.

The tall character is represented by T. The dwarf character is represented by t. T is dominant over small t. A homozygous tall plant is represented by TT. A heterozygous tall plant is represented by Tt. A dwarf plant is represented by tt

After the crossing of heterozygous Tt plants, ¼ TT ,½ Tt ,¼ tt plants are observed. Hence, 50% of plants are heterozygous tall ( Tt) ,25% of plants homozygous tall ( TT) , and 25% plants are homozygous dwarf ( tt) . The genetic cross is explained in the image.

Hence, the correct answer is ¼ represents 25% of the offspring in a genetic cross. First option is the correct answer.

To learn more about genetic crosses, refer to the following link.

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Answer:

A

Explanation:

In the normal fetal circulation, oxygenated blood is flows from the placenta to the liver through the umbilical vein. From the liver it flows through the ductus venosus and portal sinus to the inferior Vena Cava and then into the right atrium.

From the right atrium, majority of the blood pass through the foramen ovale into the left atrium. The foramen ovale is a small opening in the wall between the right atrium and the left atrium. It is a normal anatomical structure in fetuses which allows oxygenated blood to bypass the pulmonary circulation as the fetus is not yet getting oxygenated blood from the lungs. The foramen ovale closes at birth when the lungs become functional.

From the left atrium, the blood flows into the left ventricle and into the aorta for systemic circulation. A small amount goes through the pulmonary vessels to the lungs.

Answer:

Topoisomerase

Explanation:

Topoisomerase is an enzyme that is involved in the unwinding of Deoxyribonucleic acid (DNA).  They are involved in double stranded DNA and they help to relieve the making of supercoils.

Topoisomerase play an important role during DNA replication, as the prevent the the twisting of the DNA double helix ahead of the replication fork. In other words, they ensure that the DNA open up for unwinding without being tightly wound.

Answer:

The correct answer is "topoisomerase".

Explanation:

Topoisomerase is an enzyme that is essential to perform DNA replication and transcription. Topoisomerase catalyzes the overwinding or underwinding of DNA, for which they are know as "the magicians of the DNA world" because they relieve the twisting that are formed in the DNA ahead of the fork during replication. Topoisomerase are needed because of the intertwined nature of its double-helical structure

Answer:

B

Explanation:

If the rock is on top it will be more resistant to erosion since water and other elements wont be able to reach it