Which of the following are structures of the
peripheral nervous system? Check all that apply.
> brain
> spinal cord
> nerve cells outside the central nervous system
> nerve cell inside the central nervous system
The peripheral nervous system consist of;
Nerve cells outside the central nervous system.Nerve cells inside the central nervous system.In order words, the peripheral nervous system consists of all the nerves which branch out from the brain and spinal cord. The peripheral nervous system is further subdivided into;
Somatic nervous system.Autonomic nervous system.What is nervous system?Nervous system is the system of of the body which comprises of central nervous system and the peripheral nervous system.
The central nervous system consist of the brain and spinal cord.
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Answer:
Its C, just c
Explanation:
Why does testosterone not affect all cells in the body?.
Answer: Only certain cells have cytoplasmic receptors for testosterone. Which of the following statements describes the function of inositol trisphosphate (IP3) as a second messenger?
Explanation:
The specificity of testosterone's effects on cells is primarily due to the presence or absence of specific receptors for testosterone, known as androgen receptors.
What are androgen receptors?
Androgen receptors are proteins found inside cells that can bind to testosterone and similar androgenic hormones.
These receptors are present in different tissues throughout the body, but their distribution varies.
Some cells and tissues express a high density of androgen receptors, making them more responsive to the effects of testosterone, while others may have lower or no expression of these receptors, rendering them less responsive or unresponsive to testosterone.The cells that are most sensitive to testosterone are those that have a higher expression of androgen receptors. These include cells in the male reproductive organs (such as the testes, prostate, and seminal vesicles), as well as certain cells in other tissues like muscle, bone, and hair follicles.Thus, the existence or lack of particular testosterone receptors, known as androgen receptors, is principally responsible for the specificity of testosterone's effects on cells.
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Compare energy carriers and final products in terms of glucose.
Photosynthesis:
Cellular respiration:
While in photosynthesis carbon dioxide and water yield glucose and oxygen, through the respiration process glucose and oxygen yield carbon dioxide and water.
Photosynthesis: Glucose is produced as an energy carrier in photosynthesis.
Cellular respiration: Glucose is broken down as an energy source in cellular respiration.
In photosynthesis, plants capture sunlight and convert it into chemical energy in the form of glucose. The process takes place in the chloroplasts of plant cells, where carbon dioxide and water are combined in the presence of sunlight to produce glucose and oxygen. Glucose acts as an energy carrier in the plant, providing the necessary fuel for various cellular processes and growth.
In cellular respiration, glucose is used as a fuel to produce energy in the form of adenosine triphosphate (ATP). The process takes place in the mitochondria of cells, where glucose and oxygen are combined to produce carbon dioxide, water, and ATP. During cellular respiration, the chemical energy stored in glucose is released and used by cells to perform various functions, such as muscle contraction, cell division, and synthesis of molecules.
In summary, glucose plays different roles in photosynthesis and cellular respiration. In photosynthesis, it is produced as an energy carrier, storing the energy from sunlight in chemical form. In cellular respiration, glucose is broken down as an energy source, releasing the stored energy in the form of ATP, which is then used by cells to perform essential functions. These two processes are interconnected in the carbon cycle, where glucose produced in photosynthesis is used as a primary energy source for organisms during cellular respiration, ensuring the flow of energy through ecosystems.
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Diatoms, like most phytoplankton, are much more abundant in the photic zone than the aphotic zone. Which two factors found in the photic zone are the most essential for phytoplankton?
a.Sunlight and oxygen
b.Sunlight and carbon dioxide
c.Nutrients and carbon dioxide
d.Nutrients and oxygen
Answer:
B
Explanation:
Its just because it is gang ♀️
Phytoplankton are found in the photic zone mainly because of sunlight and carbon dioxide.
Why are phytoplankton restricted to photic zone?The top layer, that is, nearest to the ocean surface is known as the photic zone, it is also known as the sunlight layer. Phytoplankton are the planktonic aquatic species, they are the shallow water creatures, which are restricted to the photic zone in ocean. This is mainly due to the fact that they are totally dependent upon photosynthesis for their survival.
In order to perform the process of photosynthesis, the autotrophs like phytoplankton needs three major things, that is,
Carbon dioxideWaterSunlightTherefore, mainly to get carbon dioxide and sunlight, these species are confined to photic zone, as when goes deeper in the ocean, the availability of sunlight gets limited and photosynthesis would fail to take place.
Thus, the correct answer is option b, that is, sunlight and carbon dioxide.
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Describe the homeostatic response to decreased blood pressure and volume due to extensive bleeding.
Explanation:
When blood pressure drops too low, the rate of baroreceptor firing decreases. This will trigger an increase in sympathetic stimulation of the heart, causing cardiac output to increase.
What is a genetic factor that assists growth and survival in individual organisms?
The genetic factor that assists growth and survival in individual organisms is genetic variation.
What is genetic variation?Different phenotypes can be introduced into an organism by genetic changes that modify gene activity or protein function. If a feature is advantageous and aids an individual's survival and reproduction, the genetic variation is more likely to be passed down to the next, generation, a process known as natural selection.
The founder effect could result in a decrease of genetic variety. This is because, by definition, the founder effect is typically seen to be the cause of essential genetic variety in a specie or a specific location where organisms thrive.
Therefore, genetic diversity is a genetic element that aids in the growth and survival of individual organisms.
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Clay in soils represents a trade-off in nutrient availability, such that ________.
Answer:
the plant planted there will not have enough nutrients to grow
Select the correct answer. In animals, the nose enables the exchange of gases between the environment and the organism. What comparable structure do plants possess? A. Chloroplast B. Grana C. Stomata D. Thylakoid.
Answer: c
Explanation: Stomata are present on the stem and the leaves of the plants. These are tiny pores in the skins of the stem or the leaves. Plants take carbon dioxide through these stomata and gives oxygen through these pores. So this is the correct answer.
A metaphor that is commonly used to think about evolution at multiple loci is known by what term?.
Answer:Adaptive Landscape
Explanation:
how can the school show tolerance and respect towards diversity
Answer:
well start making the school rules include things to were people with unique personalities and characteristics can feel comfortable, then let those people practically have the same freedom as regular students.
Explanation:
(you were not specific about what you meant so i just choose people)
Answer:
by treating each and everyone with the equal respect & treat them with equity
3. Where in the cell are the chromosomes located?
Answer:
chromosomes are located in the nucleus
Where is the brain located? A. In the spinal cord B. In the neck C. In the chest cavity D. In the skull Please select the best answer from the choices provided A B C D.
What would be safe alternatives to what we consume?
Answer:
The equilibrium is the only price where quantity demanded is equal to quantity supplied.
Explanation:
Are viruses alive? The scientific debate continues. Viruses exhibit some characteristics of life, but others are missing. The MOST obvious reason why scientists still refer to viruses as non-living is that they.
Scientists aren't certain whether or not viruses are residing or non-residing. In general, scientists use a listing of standards to decide if something is alive. Let’s have a take a observe a few tendencies of residing matters and spot if viruses additionally have the one's tendencies.
Living matters have cells. Viruses do now no longer have cells. They have a protein coat that protects their genetic cloth (both DNA or RNA). But they do now no longer have a molecular membrane or different organelles (for example, ribosomes or mitochondria) that cells have.Living matters reproduce. In general, cells reproduce by making a replica in their DNA. Unlike cells, viruses do now no longer have the equipment to make a replica in their DNA. But they've discovered different approaches to make new viruses. This is completed through putting virus genetic cloth into a number molecular. This reasons the molecular to make a replica of the virus DNA, making greater viruses.Many scientists argue that despite the fact that viruses can use different cells to breed themselves, viruses are nevertheless now no longer taken into consideration alive beneath neath this category. This is due to the fact viruses do now no longer have the equipment to copy their genetic cloth themselves.More recently, scientists have observed a brand new sort of virus, known as a mimivirus. These viruses do comprise the equipment for making a replica of its DNA. This indicates that positive sorts of viruses may also certainly be residingWhat is a virus?The virus is an infectious agent that transfers viroids into the host body causing disease.
Therefore it is clear that viruses are not alive.
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Predict the effect of the E2delG mutation on the resulting FGF5-L protein. Justify your prediction. Researchers identify a different mutation in the FGF5 gene that results in the overexpression of FGF5. Predict the most likely effect of this mutation on the ratio of hairs in growth phase to hairs in rest phase compared with the ratio when the normal FGF5 allele is expressed
The most likely effect of FGF5 mutation is an increase on the ratio of hairs in the growth phase to hairs in rest phase compared with the ratio when the normal FGF5 allele. It leads to trichomegaly.
What does FGF5 encode?The FGF5 gene code for glycosaminoglycan binding proteins, which are commonly expressed in the root sheath of the hair follicle.
The maximum FGF5 gene expression occurs in the late anagen step (i.e., when the hair follicle forms a new hair shaft) of the hair cycle.
Mutations of this gene (FGF5) produce trichomegaly, thereby increasing the portion of hair in the anagen phase.
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Punnett Square is based upon...:
A: the Law of Segregation
B: the Law of Independent Assortment
C: Both Law of Segregation and Law of Independent Assortment
what evidence is used to study earth’s interior ?
Answer:
The "evidence" to study the earth's interior would be Seismic Waves.
Explanation:
Immature T-cells travel from bone marrow to the spleen to finish developing. Select one: a. True b. False
Answer:
A. True
Explanation:
Please mark me brainliest
Cold air is denser than warm air and therefore puts less pressure on the ground below it than warm air does
Question 7 options:
True
False
Answer:
False
Explanation:
Consider an isotope of sodium with a mass number of 25. The number of neutrons in this isotope of sodium is.
The number of neutrons in the isotope of sodium is 14 due to 11 number of protons.
Number of neutrons in isotope of sodium having mass number 25We know that atomic number of sodium is 11 which means sodium has 11 protons in its nucleus so if the atomic mass is 25 then 25 -11 is equals to 14.
So we can conclude that an isotope of sodium with a mass number of 25 has 14 electrons in its nucleus because there are 11 protons are present in the nucleus of sodium atom.
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Scientists who have examined the fossil record have noted that some species have changed very little over long periods of geologic time. The lack of change in such organisms is most likely because.
Option A.
Brainliest would be appreciated.
Lymphatic tissue is found in the greatest quantity in.
Explanation:
The heart, lungs, intestines, liver, and skin also contain lymphatic tissue. The major lymphatic vessels are: the thoracic duct: It begins near the lower part of the spine and collects lymph from the pelvis, abdomen, and lower chest
PLEASW HELP
A man who is lactose tolerant and whose mother is lactose intolerant marries a women who is lactose intolerant. They give birth to a girl. What are the chances that the daughter will be lactose tolerant?
Answer:
very low, because being lactose intolernt is a reccesive trait and due to the mans father not having it means that he carries the domimant trait that cancels out lactose intolerance, which, ultimately, cancels it out for him and his wifes child.
Explanation:
see answer.
When researchers create __________, they are destroying a piece of the brain. A. Holes B. Currents C. Images D. Lesions Please select the best answer from the choices provided A B C D.
What is a malformed frog
Answer:
Frogs with deformities that typically include missing limbs, extra limbs, partial limbs, limbs that are bent and contorted, or limbs that have little muscle, are malformed frogs. Most frogs are usually malformed because of the sensitivity to the environmental factors around them while growing out of the tadpole stage
The autonomic nervous system is divided into two parts; the ____ nervous system (which prepares the body for emergency action), and the ____ nervous system (which calms the body
Answer:
The central nervous and peripheral system.
Explanation:
Stratus, cirrus, cumulus and nimbus are types of what?.
What was simulated in the Miller-Urey experiment?
volcanic eruptions
tidal waves
lightning bolts
high winds
Answer:
They used a sparking device to mimic a lightning storm on early Earth. The Miller-Urey experiment was a simulation of conditions on the early Earth.
Explanation:
Answer:
Lighting bolts
Explanation:
4. Examine the codon chart and list all of the codons that code for
the amino acid leucine. List them:
Answer:
CUU,CUC,CUA,CUG,UUA,UUG
Explanation:
It says so on a amino acid codon chart.
Hope it helps!
Sorry if incorrect.
After meiosis is complete the new cells are all different.
Answer:
not really because during meiosis a cell divides and makes new cells but if you think of it another way I could be proven wrong
Explanation:
i hope this helped you. in any way
