what drove darwin to finally publish his ideas nearly two decades after he began his background research?

According to the research, the correct answer is Option 3. The pH of the cytoplasm causes the enzymes to function less effectively.

It is a structure where the various organelles of the cell are found and many of their molecular reactions occur that require their own pH regulating mechanisms because there is a tendency for acids to accumulate in it.

In this sense, within the lysosomes there are enzymes, which are used to carry out various metabolic processes in the cell cytoplasm and in some organelles, degrading substances.

Therefore, one of the elements involved in the regulation of intracellular pH is the cytoplasm where enzymes are substances that induce processes in which molecules are "destroyed", but the entire cell may not be digested given its pH, thus the correct option is 3.

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Land can be used to support the growth of trees in your local community by providing place for root growth and nutrient absorption.

Trees help communities and a strong economy and can supply numerous resources to the people that need them. While cities are obtained hotter, trees can reduce urban temperatures. They provide habitat and food for animals. eventually, trees are valuable green infrastructure communities to manage storm water. Don't misuse paper. We are all aware that we can help save trees from being cut down by using less paper.

Trees give us clean water to drink, air to breathe, shade, and food for humans, animals, and plants. They give habitats for numerous species of fauna and flora, fatwood for cooking trees and heat, materials for buildings and places of spiritual, cultural, and comical importance.

So we can conclude that Trees can bring people together as a landmark within and hearten pride in people within that community.

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3 types of evidence for a common ancestor are Fossil evidence, Comparative anatomy and physiology, and DNA and molecular biology.

Fossil evidence: Fossils are the remains of ancient organisms that have been preserved in rock or sediment. By studying the fossil record, scientists can observe how different groups of organisms have evolved over time.

Comparative anatomy and physiology: By comparing the anatomy and physiology of different organisms, scientists can identify similarities and differences that suggest common ancestry.

DNA and molecular biology: The genetic material of all living organisms, DNA, contains information about the evolutionary history of a species. By comparing the DNA sequences of different organisms, scientists can infer the evolutionary relationships between them.

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Three types of evidence for a common ancestor include genetic diversity, genetic synonyms, and shared structures. Genetic diversity is found in the similarities and differences between species' DNA, which can be used to construct a detailed family tree of common ancestors.

Genetic synonyms refer to similarities in the genetic code of different species, providing evidence of a common ancestor. Shared structures, such as the bones in the appendages of a human, dog, bird, and whale, all share the same overall construction, resulting from their origin in the appendages of a common ancestor. These three types of evidence help to support the theory of evolution and a common ancestor for all living organisms.

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Answer:

2).enzymes separating the DNA molecules

Explanation:

Classical architecture, which is characterized by symmetry, columns, rectangular windows, and marble, to name a few, was developed in Ancient Greece and Rome.

Architecture is the art and technique of designing and building, as opposed to skills linked to construction.

Especially from the fifth century BCE in Greece to the third century in Rome, the column and pediment were major elements of classical architecture.

Therefore, Greek architecture was primarily supported by a post-and-beam framework, with columns bearing the weight.

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A non signaling neuron has a voltage across its membrane that is called the resting membrane potential or simply the resting potential.

There are basically two factors that influence the resting membrane potential. One is differences in the concentration of the sodium and potassium ions across the membrane that is electrochemical gradient and second is the sodium and potassium ions permeability through the membrane.

During resting potential ions move down their gradients through the channels and result in the separation of charges which creates the resting potential. Also the membrane is more permeable to K+ ions hence resting potential will be close to the equilibrium potential of K+ ions.

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The resting membrane potential, or simply the resting potential, is the voltage across the membrane of a non-signaling neuron. This is how a cell's membrane normally behaves while it is "resting."

The resting membrane potential is primarily influenced by two variables. One is the electrochemical gradient in the concentration of the sodium and potassium ions across the membrane, and the other is the permeability of the sodium and potassium ions through the membrane. Ions travel through the channels as the resting potential develops, causing the separation of charges as they go down their gradients. The resting potential will be nearer to the K+ ion equilibrium potential since the membrane is also more permeable to K+ ions. The change in electrical potential across a biological membrane when the membrane is not actively experiencing a depolarization or repolarization event is known as the resting membrane potential (RMP).

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Two soil conservation practices that are designed to decrease soil erosion are Maintaining a healthy, perennial plant cover, Mulching

Not only does soil erosion have an effect on plant growth, but it also has an effect on the quality of the water. Soil is a valuable natural resource that, among other things, nourishes and encourages plant growth. Wind and water can erode soil if it is left bare and exposed.

Sediments that make their way to surface waters and storm drains can clog up aquatic life and raise water temperatures. These sediments may also contain heavy metals, bacteria, and nutrients, all of which can worsen the quality of the water.

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DNA, or the instructions for making proteins, is found within the nucleus of the cell; while protein synthesis machinery is found in the cytoplasm of the cell.

DNA, also known as deoxyribonucleic acid, is the genetic material that holds the instructions for making proteins in all living organisms. These instructions are stored within the nucleus of a cell. The nucleus is a membrane-bound organelle, which acts as the control center of the cell, where the cell's chromosomes are located. Chromosomes are made up of DNA and protein. Proteins are large, complex molecules that perform a vast array of functions in the body, such as catalyzing metabolic reactions, replicating DNA, responding to stimuli, and transporting molecules across cell membranes. To make proteins, cells use the information in DNA to create a copy of the instructions in a related molecule called RNA (Ribonucleic acid). The process of creating this copy is called transcription. The RNA copy is then transported out of the nucleus and into the cytoplasm, where the protein synthesis machinery, including the ribosomes, reads the instructions and starts the process of creating the protein.

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DNA, or the instructions for making proteins, is found within the nucleus of the cell; while protein synthesis machinery is found in the cytoplasm of the cell.

Protein export or degradation equalizes the loss of protein, which is the primary goal of protein biosynthesis. Protein synthesis occurs in the same way in both prokaryotes and eukaryotes. Any alteration to the primary protein structure may result in protein function loss and the development of disease.

The nucleus of the cell is home to DNA, which contains the information needed to make proteins. Chromosomes represent their presence in the nucleus. A process that involves the creation of new proteins is referred to as protein synthesis. There are two stages to the entire procedure: transcription and translation, with the process beginning in the cell's cytoplasm.

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Stimulation have to play very important role in revolutionary development by providing an environment that encourage organisms to grow and evolve.                                                                                                                                               Stimulation refers to the act of providing stimuli to an organism, which can come in many forms, such as physical, emotional, and intellectual.                            Physical stimulation encourages growth and development by providing an organism with activity and resources to adapt to its environment.                           Emotional stimulation encourages the organism to explore, try new things and form bond with others.                                                                                    Intellectual stimulation encourages the organism to think, reason and create.                                                                                                                                  All of these forms of stimulation are necessary for organisms to survive and thrive in changing environments. Ultimately , these forms of stimulation help an organism to grow, learn, and evolve.                                                                   To learn more about stimulation                                                                                 https://brainly.com/question/30375477                                            

Option b is Correct. The sun is the source of all energy conversions in an ecosystem.

Every living thing in the environment is dependent on some form of energy to thrive. The planet has many different kinds of energy sources. similar to: Fuel energy, tidal energy, wind energy, and solar energy.

The sun, however, is the only factor in every energy transformation. For instance, wind energy is produced by the wind itself. However, wind is produced as a result of a pressure differential between two locations, and this pressure difference is caused by the locations' contrasting temperatures. whose dependence on the sun is eventually.

Another illustration would be fuel energy that comes from fossils. The decay of dead plants and animals, whether oxygen is present or not, results in the formation of fossils.

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Correct Question:

All energy transformations in an ecosystem begin with

a. a scavenger

b. the sun

c. a decomposer

d. a herbivore

Islands are a particular problem in conservation biology because to their very high extinction rates.

Islands are stretches of land with water on three sides. Islands can be oceanic, which means they are situated on the oceanic crust and often far from a main continental mainland, or continental, which means they are situated on a continental shelf and were historically next to a main continental landmass. Oceanic islands are also typically tiny in size and produced by volcanoes.

The geographical investigation of the diversity of plant and animal species on islands is known as island biogeography. Species found on land, in freshwater habitats, and in the sea are all investigated in island biogeography. Insular biogeography is another term for island biogeography. According to the island biogeography theory, the number of species on an island is correlated with its land area and degree of isolation.

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The zygote begins to divide shortly after sperm and egg come into contact (and divide).The stage of embryogenesis known as cleavage occurs when the zygote divides to generate a group of cells called the morula.

Now that it has left your fallopian tube, the blastocyst starts the long trek to your uterus. It develops into a blastocyst that is roughly one-fifth the size of a period in a few of days. A single-celled zygote that rapidly divides into a blastula is the starting point for the formation of multicellular creatures. The term "cleavage" refers to the quick, repeated cycles of cell division. The sperm and egg combine during fertilisation to generate a zygote in one of the fallopian tubes.

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The zygote begins to divide shortly after sperm and egg come into contact (and divide).The stage of embryogenesis known as cleavage occurs when the zygote divides to generate a group of cells called the morula.

Now that it has left your fallopian tube, the blastocyst starts the long trek to your uterus. It develops into a blastocyst that is roughly one-fifth the size of a period in a few of days..The stage of embryogenesis known as cleavage occurs when the zygote divides to generate a group of cells called the morula.  A single-celled zygote that rapidly divides into a blastula is the starting point for the formation of multicellular creatures. The term "cleavage" refers to the quick, repeated cycles of cell division. The sperm and egg combine during fertilisation to generate a zygote in one of the fallopian tubes.

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The hormone released during higher intensity exercise that has a direct impact on fuel/substrate utilization is epinephrine/norepinephrine

Hormones are chemical substances produced by the endicrine system that function to send various messages throughout the body.

The hormones epinephrine and norepinephrine are hormones secreted into the blood by the adrenal medulla. The hormone epinephrine, known as the adrenaline hormone, plays a role in preparing the body for a fight or flight response when the body feels stressed. While the hormone norepinephrine is a hormone that works together with the hormone adrenaline when you are in a stressful situation. These two hormones have important roles in regulating blood pressure, immune system, heart rate, lipolysis, and glycogen metabolism in mammals.

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Abscisic acid is plant hormone is known as the stress hormone

A plant hormone called abscisic acid (ABA) is involved in a variety of physiological activities, such as seed germination, stress reactions, and leaf and stem growth. It can be transmitted to different parts of the plant and is synthesized in the leaves, roots, and seeds of plants.

ABA has a role in the process of seed dormancy, which delays germination until the environment is suitable for growth. By causing stomata closure, lowering transpiration, and encouraging the accumulation of solutes in cells, ABA also contributes to the body's reaction to stress, such as drought. Additionally, it influences the opening and closure of the stomata, which controls the plant's water balance, and the development of root systems. ABA is among the

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Abscisic acid is a plant hormone that acts as a stress hormone.

Abscisic acid (ABA), a plant hormone, is involved in a variety of physiological activities, including seed germination, stress reactions, and leaf and stem growth. It can be transmitted to various parts of the plant and is synthesised in plant leaves, roots, and seeds.

ABA plays a role in seed dormancy, which delays germination until the environment is conducive to growth. ABA also contributes to the body's response to stress, such as drought, by closing stomata, lowering transpiration, and encouraging the accumulation of solutes in cells. It also influences the opening and closing of the stomata, which controls the plant's water balance, as well as the development of root systems.

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A. The beta-globin gene's typical DNA sequence, which codes for the beta component of haemoglobin. B. The sequence has a single base (GAG) inserted as a result of a point mutation, more precisely an insertion mutation.

AAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG G The additional GAG is introduced into the sickle cell DNA sequence, which is AAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG GAG. This causes the amino acid glutamic acid to convert to valine at the beta-globin subunit's sixth position. In (b), point mutations are alterations to a single DNA base that fall within the transitional or transversional categories (purine to purine or pyrimidine to pyrimidine) (purine to pyrimidine or vice versa). Insertions or deletions of one or more nucleotides result in frameshift mutations.

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besides the transcription factors coactivator proteins are involved with activating a gene to be transcribed. this protein speed up transcription.

An activator (a transcription factor) is a specific kind of transcriptional coregulator that binds to a gene or group of genes to speed up transcription. One of the DNA regulating sequences called an enhancer or a specific DNA promoter site are the only two places where the activator's DNA binding domain can engage. In order to boost gene expression, the activator-coactivator complex must bind to the promoter in order to speed up transcription by bringing in more general transcription machinery. Depending on the kind of cell and stage of development, activators and coactivators can be used to highly selective expression of some genes. The enzyme histone acetyltransferase (HAT) is active in several coactivators.

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A gene is activated to be transcribed by coactivator proteins in addition to transcription factors. Transcription is sped up by this protein.

A special type of transcriptional coregulator called an activator (also known as a transcription factor) attaches to a gene or set of genes to speed up transcription. The DNA binding domain of the activator can only attach to one of the DNA regulatory sequences known as an enhancer or a particular DNA promoter site.

The activator-coactivator complex must bind to the promoter in order to speed up transcription by bringing in more general transcription machinery and increase gene expression. Activators and coactivators can be used to extremely selectively express some genes, depending on the kind of cell and stage of development.

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The DNA cells are stacked into a gel and set in an electrical area, which electrophoretically sorts the DNA chips into extra sets. These sets can be dyed with a radioactive color to make them evident to imaging systems.

Gel electrophoresis is utilized to make DNA fingerprints from crime locations and suspect examples. A match between tests recommends which suspect carried out the wrongdoing.

Gel electrophoresis is utilized to disconnect, distinguish, and describe properties of DNA sections in a wide range of circumstances and at various focuses during the cloning system. A limited quantity of DNA can be stacked into a well toward one side of a gel in a contraption that permits a current to be gone through the gel.

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Gel electrophoresis is used in DNA fingerprinting to distinguish between genetic material samples. Enzymes are used to break down the human DNA molecules into a collection of smaller, more manageable bits at specific characteristic places.

DNA fingerprinting is the process of comparing two DNA samples using gel electrophoresis, which involves running an electric charge across the DNA sample. DNA fragments are separated on a gel via a process called electrophoresis in DNA fingerprinting. With the exception of identical twins, this results in a pattern that can be examined and is particular to every person.

In gel electrophoresis, which involves the movement of a charged particle in an electrical current, a gel is used as an anticonvective medium or sieving medium. In addition to serving as a sieve medium and suppressing the thermal convection brought on by the application of the electric field, gels can also be employed to merely retain the finished separation so that a post-electrophoresis stain can be used.

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Factor being tested in the experiment, or the independent variable is diet, factor controlled is age of mice, and factor to be measured is weight gain.

We can identify the components of the experiment and label them as follows:

The scientists purposefully varied only one factor (called the independent variable) in this experiment: diet. They standardised, or controlled, all other variables that might differ between the two groups of mice, such as age and the initial microbial community composition (both groups of mice received microbes from the same donor mouse). As a result, any differences in weight gain, body fat, or microbial community between the two groups can be attributed to diet.

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Complete question is:

In one experiment, scientists raised mice in germ-free conditions, so the mice lacked intestinal microbes. The mice were fed a low-fat diet rich in the complex plant polysaccharides, such as cellulose, that are often called fiber.

When the mice were 12 weeks old, the scientists transplanted the microbial community from the intestine of a single "donor" mouse into all of the germ-free mice. Then they divided the mice randomly into two groups and fed each group a different diet.

Group 1 (the control group) continued to eat a low-fat, high-fiber diet.

Group 2 (the experimental group) ate a high-fat, high-sugar diet.

Identify the components of this experiment by dragging the labels into the appropriate bins.

The diet is the factor being tested in the experiment, or the independent variable, the age of the mice is controlled, and the factor to be measured is weight gain.

We can identify and label the experiment's components as follows:

Diet is being used as an independent variable in this study.

Controlled (consistent) factors included the following: -Mice age -Initial microbial community composition.

The following factors (dependent variables) will be measured: -Change in body fat -Weight gain -Composition of the final microbial community.

In this experiment, the scientists purposefully varied only one factor (referred to as the independent variable): diet.

They standardised, or controlled, all other variables that could differ between the two groups of mice, such as age and the composition of the initial microbial community (both groups of mice received microbes from the same donor mouse). As a result, any differences between the two groups in weight gain, body fat, or microbial community can be attributed to diet.

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Complete question is: 

In one experiment, scientists raised mice in germ-free conditions, so the mice lacked intestinal microbes. The mice were fed a low-fat diet rich in the complex plant polysaccharides, such as cellulose, that are often called fiber. When the mice were 12 weeks old, the scientists transplanted the microbial community from the intestine of a single "donor" mouse into all of the germ-free mice. Then they divided the mice randomly into two groups and fed each group a different diet.

Group 1 (the control group) continued to eat a low-fat, high-fiber diet.

Group 2 (the experimental group) ate a high-fat, high-sugar diet.Identify the components of this experiment by dragging the labels into the appropriate bins.

The greenhouse gases are produced is a future consequence of concentrating solar energy on the environment. In this case Option C is correct.

What function will solar power have in the future?

Future prospects for solar power are excellent. Solar energy will become more reliable, cost-effective, and efficient as technology develops. As a clean, abundant, renewable energy source, solar energy is a wonderful replacement for conventional energy sources.

Solar energy systems are becoming more and more cost-effective to produce as a result of technological advancements, enabling their use in more places.

Additionally, a wide range of uses for solar energy exist, from supplying homes and businesses with electricity to recharging automobiles and other forms of transportation.

We can anticipate that solar energy will play a bigger role in our future energy mix as solar technology continues to advance.

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Answer:

Similarity resulting from common ancestry is called homology .

One example of this could be pattern of arrangement of bones in limbs of cheetah, humans , whales and bats.

The structure gets modified according to different needs , like hands of human are used for holding objects , limbs of cheetah are used for running, bats use them for flying, etc .

This is a result of divergent evolution where structures get evolved to perform different functions according to the environment present there .

In addition to iron, protein and vitamin C nutrients should the nurse include that are necessary for red blood cell synthesis.

The most prevalent type of blood cell and the vertebrate's main means of delivering oxygen (O2) to the body tissues through blood flow through the circulatory system are red blood cells, also known as red cells, red blood corpuscles (in humans or other animals not having a nucleus in red blood cells), haematids, erythroid cells, or erythrocytes.

RBCs absorb oxygen from the lungs or the gills of fish before releasing it into the tissues and passing through the capillaries of the body.

Hemoglobin, an iron-containing biomolecule that can bind oxygen and is the cause of the red color of the cells and the blood, is abundant in the cytoplasm of a red blood cell.

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A nurse is developing a teaching plan for a child who has anemia as a result of inadequate nutrition. In addition to iron, which nutrients should the nurse include that are necessary for red blood cell synthesis? Select all that apply.

1. Protein

2. Calcium

3. Vitamin C

4. Vitamin D

5. Carbohydrates

Caregivers should include nutrients needed for red blood cell synthesis in addition to iron, protein, and vitamin C.

The most common type of blood cell, and the primary means by which vertebrates deliver oxygen (O2) to body tissues through blood flow through the circulatory system, are red blood cells, also known as erythrocytes or erythrocytes ( for human or other cells). animals without nuclei in red blood cells), hematides, erythrocytes or erythrocytes.

Red blood cells absorb oxygen from the fish's lungs and gills before supplying it to the tissues and passing through the body's capillaries.

Hemoglobin is an iron-containing biomolecule that can bind oxygen and is responsible for the red color of cells and blood, and is abundant in the cytoplasm of red blood cells.

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Answer:

It wouldn't harm us on Earth directly; our atmosphere protects our human bodies from such harm. But the upper layers of Earth's atmosphere – and Earth's magnetosphere – could be affected. A powerful solar flare has the potential to fry electronics and take down power grids around the globe

Scientists use several methods to track evolutionary changes over time. One of the most common methods is DNA analysis.

which involves comparing the genetic sequences of different organisms to infer their evolutionary relationships. Another method is radiocarbon dating which is used to determine the age of fossils, and potassium argon dating which can be used to date the rocks and minerals that contain the fossils. Paleomagnetic dating is a technique used to date rocks by measuring the orientation of the Earth's magnetic field that was recorded in the rocks when they formed.DNA analysis is a method used by scientists to study the genetic makeup of organisms, and it is one of the most commonly used methods to track evolutionary changes over time. DNA, or deoxyribonucleic acid, is the genetic material that contains the instructions for the development and function of all living organisms. By comparing the DNA sequences of different organisms, scientists can infer their evolutionary relationships. This is done by comparing the DNA sequences of different species, such as the base pair sequence of a specific gene or the entire genome.

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Sodium ions and potassium ions leak slightly during resting potential. Because sodium diffuses from the outside, where it is more concentrated, to the interior, potassium diffuses in the opposite direction, because it is more concentrated inside the neuron.

Protein channels and protein pumps transfer potassium and sodium across the cell membrane. Passive transport is facilitated by protein channels. They, like tunnels, allow materials to flow from a high concentration area to a low concentration area without expending energy.

As a result, after a few potassium ions have moved out of the cell, the cell will have an excess of negative charge, whilst the surrounding solution will have an excess of positive charge, resulting in a potential difference.

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Glial cells in the spinal cord and the brain provide protection and support for neurons.

Glia are non-neuronal cells in the central nervous system (brain and spinal cord) and the peripheral nervous system that do not produce electrical impulses. They are also known as glial cells (gliocytes) or neuroglia. They keep the body in balance, form myelin in the peripheral nervous system, and support and protect neurons.

The primary function of glial cells is to support another type of brain cell known as neurons. Glial cells function as a secretarial pool for your nervous system and its janitorial and maintenance personnel. Glial cells may not perform the "big jobs" in the brain, but they are essential to their completion.

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Answer:

Glial Cells in Spinal Cord and Brain will protect the Neurons, Provide Nutrients to neurons and Remove the Dead Neurons by Phagocytosis.

Explanation:

Glial cells are supportive in function; they protect the neuron and help in formation of myelin sheath. They also provide nutrients and oxygen to Brain cells and also remove cell debris.They are non Neuronal cells which do not produce electrical signals.They are found in Central Nervous System and Peripheral Nervous System.Astrocytes, Oligodendrocytes, microglia and Ependymal are different types of glial cells in CNS and Schwann Cells,Precentral gyrus etc…are present in Peripheral Nervous System.Many Neurodegenerative diseases are caused due to damage of Glial cells.

The materials that have a specific heat of 0.79 are liquid ammonia, the elements that are not present in the earth's crust but are present in the hydrosphere or troposphere are sulfur and chlorine and the major component of the hydrosphere is water and its dissolving materials.

The hydrosphere and the troposphere are two different layers of the earth, the troposphere is the layer that contains most of the gases, while the hydrosphere is the layer where the ocean, pond, etc. are present.

Hence, the materials that have a specific heat of 0.79 are liquid ammonia, the elements that are not present in the earth's crust but are present in the hydrosphere or troposphere are sulfur and chlorine and the major component of the hydrosphere is water and its dissolving materials.

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The nucleus is the cell's command and control center. The nucleus houses as in almost all of the DNA in the cell, as well as the set of instructions for producing proteins and other important molecules. 

There is no nucleus in prokaryotic cells, and the DNA is found in the cytoplasm. The nuclear envelope, which is made up of two membranes, protects the nucleus. So many of nuclear pores in the nuclear envelope permit material like molecules and proteins to transition in and out of the nucleus. Chromosomes contain the genetic material found within the nucleus. A nucleolus is a portion of the nucleus within which assembly of ribosomes starts in most nuclei.

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The Center The brain of the cell is the nucleus. Nearly all of the cell's DNA, along with the genetic instructions needed to create proteins and other crucial components, is found in the nucleus.

In terms of genomics, a nucleus is an essential cofactor within a cellular that is membrane-enclosed and houses the chromosomes. The nuclear membrane has a variety of pores that enable the selective passage of specific molecules (such peptides and nucleic acids) from and to the nucleus.

The nucleus' principal jobs include storing the cell's DNA, preserving its integrity, and assisting with transcription and replication. DNA is organised into chromosomes in the nucleus, which is located in the centre of the cell.

The double nuclear membrane (external and inner) that isolates the nucleus from cytoplasm, known as the nuclear envelope, envelops it. The endoplasmic reticulum and the outer membrane are one unit.

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Because they eliminate microorganisms and aid to improve your system, antibiotics are the biotechnology I've picked.

The use of biology to create novel products, processes, and creatures with the goal of enhancing societal and human health is known as biotechnology. Since the domestication of plants and animals as well as the discovery of antibiotics , biotechnology—often abbreviated as “biotech”—has been a part of human culture.

Medical (red), agricultural (green), industrial (white), marine (blue), food (green), industrial (red), and environmental biotechnology are the main subfields of biotechnology.

Biotechnology, which combines biology and technology, has a wide range of applications in a variety of fields, including agriculture, cell biology, plant physiology, virology, immunology, and antibiotics .

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some high-resource ecosystems have lower biodiversity than ecosystems with intermediate because of option 1 high levels of resources inhibit the growth of many species competitive dominants may exclude inferior competitors from resource-rich environments.

Some high-resource ecosystems have lower biodiversity than ecosystems with intermediate levels of resources because competitive dominants may exclude inferior competitors from resource-rich environments. High levels of resources can lead to intense competition among species, with certain species that are better adapted to utilize those resources outcompeting and excluding other species. This can result in a smaller number of dominant species, reducing biodiversity in the ecosystem. Additionally, high-resource environments are often the most disturbed environments, which can also decrease biodiversity.

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Answer:

C: Water heats up and cools off really fast

Explanation:

Because water has a much higher heat capacity or specific heat, than sands, soils, or other materials, for a given amount of solar irradiation.

Answer:

c. water heats up and cools of really fast