Which of the following is NOT a reason organisms migrate?


A. To reproduce

B. To get more food

C. To avoid being eaten by predators

D. To find a more suitable climate

Answer:

c

Explanation:

Answer:

Hemoglobin is for transferring oxygen in your blood from the lungs to the tissues.

Answer:

Hemoglobin is a protein with a quaternary structure, consisting of four subunits.

Answer:

B) Chimpanzees are cousins to humans

Explanation:

Just did it, Have a good day!

Answer:

Explanation:The correct answers on edg

According to the problem, after many generations, green anoles were observed to have larger and stickier toe pads than earlier generations and within the same trees, green anoles now occupy the higher branches. Note that the thinnest branches are generally the highest on the tree. This means that adaptations of the green anoles allow them to cling to thinner branches than they previously could cling to.

we can conclude that the correct answer is:

A) adaptations of the green anoles allow it to cling to thinner branches than they previously could cling to.

Answer:

east

Explanation:

I dont really know how to explain it but its east btw

More than half the volume of blood consists of plasma, a yellowish liquid that carries nutrients, hormones, and waste for other body systems.

Plasma is composed mostly of water, with other substances such as electrolytes, proteins, and glucose also present in smaller quantities. It is the main component of blood and plays a critical role in maintaining the body's homeostasis.
Plasma carries nutrients and oxygen to various parts of the body while also removing waste and carbon dioxide. It also helps to regulate the body's temperature and pH levels. Additionally, plasma contains clotting factors that aid in the process of blood coagulation, which is crucial in preventing excessive bleeding after injury.
Plasma is also important in maintaining the body's immune system by transporting antibodies, which help fight off infections and diseases. Thus, any disturbance in the composition of plasma can cause significant disruptions in the normal functioning of the body.
Overall, plasma plays a vital role in maintaining the proper functioning of the body's various systems and is an essential component of the circulatory system.

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Answer:Kepler-186f  it orbits the red dwarf Kepler-186, It is the first planet with a radius similar to Earth's to be found in the habitable zone of another star.

Explanation:

During Drosophila development, the proper sequence for the regulatory cascade of gene activation is: maternal effect genes, gap genes, pair-rule genes, and segment polarity genes.

This cascade ensures the correct development and differentiation of various body segments in the organism.

The first step in this regulatory cascade involves the activation of maternal effect genes, which are expressed in the oocyte and early embryo. These genes provide the initial spatial cues that establish the anterior-posterior and dorsal-ventral axes of the embryo.

The maternal effect genes encode proteins and RNA molecules that are stored in the egg and later distributed throughout the developing embryo.

Next, the gap genes are activated in broad regions of the embryo, dividing it into distinct regions or "gaps." These genes are expressed in response to the spatial cues provided by the maternal effect genes.

Gap genes encode transcription factors that control the expression of downstream genes and help define the boundaries of the developing segments.

After the establishment of the broad regional pattern of gene expression by the gap genes, the pair-rule genes are activated in alternating segments. These genes help to refine the segmental pattern and further define the boundaries of the developing segments.

Pair-rule genes are expressed in response to the spatial cues provided by the gap genes.

Finally, the segment polarity genes are activated in each segment, which are responsible for the formation of the anterior-posterior polarity within each segment. These genes control the expression of downstream genes that determine the identities of the different cell types within each segment.

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Answer:

this must be 8th grade work am I correct?

Explanation:

Answer:

I think your answer would be B.

Explanation:

sorry if it is incorrect :/

A cell uses a variety of procedures to turn carbohydrates into energy. The initial and most fundamental one is known as glycolysis. Hexose sugars are used to fuel it. This lengthy procedure only expels a modest quantity of energy.

The energy needed by your body to function comes from glucose. The body receives glucose from the consumption of carbs. You get four calories of energy from every gramme of carbohydrates you eat. When you consume carbs, your digestive system uses specialised enzymes to convert them into glucose, a type of simple sugar.

Function of sugar in the body The body uses carbohydrates as fuel to produce energy.

Foods high in carbs are converted by the body into glucose, which can then travel through the bloodstream. For the brain, central nervous system, and red blood cells to operate properly, some glucose is required.

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Answer:

replication. DNA replication is the process by which a double-stranded DNA molecule is copied to produce two identical DNA molecules. Replication is an essential process because, whenever a cell divides, the two new daughter cells must contain the same genetic information, or DNA, as the parent cell.

Explanation:

C) liver. Beta-hydroxybutyrate is mainly produced in the liver through the process of ketogenesis, which occurs when there is insufficient glucose available to provide energy for the body and it starts to use fatty acids as an alternative source.

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The option that is not associated with cancer cell is a. Cancer cells are unable to spread through an organism.

The given question is incomplete as, group of choices associated with the question is not given, however, the correct options are as follows:

A. Does a gas form when steel wool rusts?

B. Does the temperature in a room vary widely over time?

C. Does the amount of water affect how quickly steel wool rusts?

D. Does temperature affect the amount of rust that forms on steel wool?

Answer:

The correct answer would be - option D. does temperature affect the amount of rust that forms on the wool.

Explanation:

The study or the experiment that Shelby is performing on steel wool which is used for cleaning has rusted on it and added to the three empty bottles and filled with the water and placed in three different places that vary in tempertaure.

One bottle is placed in a refrigerator at 3-degree Celsius, second at room temperature which is 25-degree Celsius, and last in a warm kitchen at 30-degree Celsius and recorder the amount of rust on each for several days in to check what effect of temperature has on rust.

lipids----(lipase pancreatic/gastric/intestinal)----->Fatty acids+Glycerol

The food material is the one on the left and the end products the one on the right.

The term "carbon compounds" refers to chemical substances that contain carbon. In comparison to all other chemical elements besides hydrogen, carbon has the most compounds.

Because of its distinctive properties, carbon is known to combine with other elements to form a variety of compounds. Methane is the most prevalent or fundamental compound made of carbon (CH4). Hydrocarbons are a class of such substances that are created when carbon and hydrogen combine.

Carbon can be combined with oxygen, hydrogen, nitrogen, sulphur, chlorine, and many other elements to form compounds. These compounds then develop unique properties that depend on the other elements in the molecule in addition to carbon.

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Answer: Pairs of homologous chromosomes exchange segments. brainliest

Explanation:

The virus enters the cell by endocytosis. In the cytoplasm, the capsid breaks, releasing the RNA genome. The correct sequence of events in the viral cycle is  2, 1, 5, 4, 3

The virus enters the cell by endocytosis. In the cytoplasm, the capsid breaks, releasing the RNA genome. Replication and gene expression. The RNA genome is copied (this would be done by a viral enzyme, not shown) and translated into viral proteins using a host ribosome.

Viral replication, which occurs inside the host cell, evolves following the steps of

With this information, we can conclude that the correct sequence of events in the viral cycle is 2, 1, 5, 4, 3

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There will be a Tt genotype in the empty box. The PTC phenotype will serve as tasters as TT, Tt. Given that PTC is a dominant characteristic and is assumed to be a simple gene trait, the other genotype would be Tt. This means that at least one dominant "T" allele must be present in a genotype to produce the PTC taste phenotype. The only possible combination is "tt," which is not at all appealing.

Mendel identified three primary inheritance laws, which are as follows:

According to the law of segregation, each person has two copies of each gene—one from each parent—and these copies split during gamete creation. This indicates that each gene is only present in one copy in each gamete (egg or sperm).

The inheritance of one gene does not affect the inheritance of another gene, according to the law of independent assortment. In other words, individual features can be inherited independently of one another, and a child's combination of traits is determined by chance.

One allele can be expressed when two distinct variants of a gene (alleles) are present, according to the law of dominance.

The PTC gene's alleles control the substance's flavor. It has a prevailing quality. Those who can taste PTC have dominant TT alleles (Homozygous or Tt Heterozygous).

Recessive tt gene carriers are referred to as non-tasters.

PTC is going to taste bitter to those who have the dominant allele in their PTC gene.

Those who carry the recessive allele for the PTC gene describe the taste of PTC as bland.

Consequently, a person's taste is determined by their genetic makeup. Tasters or non-tasters might be the phenotype.

TT, Tt (tasters) (tasters)

tt ( non-tasters) ( non-tasters).

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One diploid cell produces two diploid cells after mitosis. Therefore, the cell with 16 chromosomes that enters mitosis produces  two daughter cells, each with 16 chromosomes. And If the diploid number of chromosomes is 16, each daughter cell after will contain_16_  chromosomes.

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Mitosis is a process by which, from a diploid somatic cell (2n), two daughter diploid cells (2n) are produced. During mitosis, the cell duplicates and then separates.

There are two principal types of cells in the organism that suffer mitosis: Somatic cells and germ cells that are diploid cells (2n). Germ cells are also in charge of gamete production through meiosis.

Both diploid cells (2n) will end their cycle becoming two daughter cells with the same genetic dotation.

A diploid cell that enters mitosis with 16 chromosomes will divide to produce _two_  daughter cells. Each of these daughter cells will have _16_chromosomes.

If the diploid number of chromosomes for an organism is 16, each daughter cell after  mitosis will contain_16_  chromosomes.

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Answer:

Agriculture is the art and science of cultivating the soil, growing crops and raising livestock. It includes the preparation of plant and animal products for people to use and their distribution to markets. Agriculture provides most of the world's food and fabrics.

identifying all genes present in microbiome samples tells you the differences in functional ability.

Using 16S rRNA gene sequencing, bacteria can be identified at the species level, and distinguishing between closely related species can be made easier. This method is used by many clinical laboratories to find unknown pathogenic strains.

According to Clarridge (2004), the 16S rRNA gene encoding a ribosomal component has hypervariable regions scattered throughout its sequence and is highly conserved among bacteria. Each bacterial species has its own hypervariable areas that make it possible to categorize or classify the organism.

The outcomes are relative as opposed to outright in nature.16S rRNA sequencing may be biased as a result of different PCR amplification frequencies and insufficient reference databases used for sequence analysis. It does not establish correlations between causes and effects.

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(complete question)

What can identifying all genes present in microbiome samples tell you that profiling 16s rRNA genes would not?.

a. differences in colonization resistance

b. differences in functional ability

c. differences in beta diversity

The statement "a virus or its nucleic acid remains inactive (non-replicating) in the host" is not true of persistent viral infections.

Persistent viral infections are characterized by the prolonged, ongoing replication of a virus over a long period of time.In persistent viral infections, the virus is able to replicate within the host without causing significant harm to the host. This allows the virus to persist in the host for long periods, sometimes even for the lifetime of the host.

As a result, the host is able to continuously shed the virus, leading to a low-level of viral shedding for months or years.The disease process in persistent viral infections occurs gradually over a long period, as the virus replicates and spreads within the host. The long-term replication of the virus can lead to a gradual decline in the host's health, but the decline is often slow and subtle.

In conclusion, "a virus or its nucleic acid remains inactive (non-replicating) in the host" is not true of persistent viral infections. Persistent viral infections are characterized by the prolonged, ongoing replication of a virus in the host.

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Answer:

Your answer is: A. afarensis and P. robustus

Explanation:

Self-propagation and refractory periods are both typical of action potentials, which occur in neurons. Action potentials are electrical signals that travel down the axon of a neuron, allowing for communication between neurons. Self-propagation refers to the fact that once an action potential is initiated, it travels down the axon without any external input, as long as it is above the threshold for activation.

Refractory periods refer to the states of the neuron during which it is unable to initiate another action potential, due to the fact that the membrane potential is too negative. These periods are important for preventing excessive firing of neurons and ensuring that signals are transmitted efficiently.

Excitatory postsynaptic potentials and resting potentials are both important in the generation and maintenance of action potentials, but they are not directly related to self-propagation and refractory periods.

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Answer:

1) Skin is the largest organ in the body because it surrounds the whole human body.

2) It is classified as an organ because of the fact that it is many cells working together to achieve the same goal and that is basically what an organ does.