The diagrams below show the anatomy of the eye in four different animals. Select the two that provide the best evidence of inheritance from a shared ancestor.

The Diagrams Below Show The Anatomy Of The Eye In Four Different Animals. Select The Two That Provide

Answers

Answer 1

Answer:

Option A and C

Explanation:

The anatomy of eye A and C share common characteristics. Though It may appear that the eye anatomy in option D is similar to the anatomy of eye A and C, but if the image is seen properly, it could be noted that the retina in option D is in front of the nerve fiber while in case of both option A and C, it lies at the back side of nerve fiber.  

Though there is variation in lens shape in option A and C but yet they resemble very closely in their structure. Option B is an outlier.  

Hence, option A and C are correct

Answer 2

Answer: the large one and the smallest one

Explanation:

right on plato


Related Questions

Please help..
Thanks

Answers

Answer:

C. Burying dead/religious beliefs

Answer:

C. Burying dead/religious beliefs

please answer! will give brainliest.
The diagram below shows the two main parts of the human nervous system.



What are the names of the parts of the nervous system labeled A and B? Describe the main functions of each part in your answer.

Answers

Answer:

A-   brain + cranial nerves (I'm assuming since they are related)

B-    Radial nerve

Explanation:

The cranial nerves are pairs of nerves that connect your brain to different parts of your head, neck, and trunk. There are 12 of them, each named for their function or structure. Their uses are mainly categorized as Sensory and Motor. Sensory nerves are involved with your senses, such as smell, hearing, and touch. Motor nerves control the movement and function of muscles or glands.

The radial nerve controls movement of the triceps muscle, which is located at the back of the upper arm and is responsible for extending the wrist and fingers. It also controls sensation in part of the hand.

Final answer:

The parts labeled A and B in the diagram are the Central Nervous System and Peripheral Nervous System, respectively. The CNS includes the brain and spinal cord, processing information and maintaining vital functions, while the PNS connects the CNS to the body, relaying signals and managing voluntary and involuntary actions.

Explanation:

Parts of the Human Nervous System

The two main parts of the human nervous system, as indicated in the diagram, are labeled A and B. The part labeled A is the Central Nervous System (CNS), which consists of the brain and spinal cord. The CNS is responsible for processing and integrating information from the entire body and coordinating activity across the whole organism. The part labeled B is the Peripheral Nervous System (PNS), which connects the CNS to limbs and organs. The PNS is essentially the communication lines that carry signals between the CNS and the rest of the body.

The CNS, serving as the control center, regulates all voluntary and involuntary actions and processes sensory information. It plays a key role in controlling thoughts, movements, and basic life functions. The PNS is divided into the somatic nervous system, which controls voluntary movements, and the autonomic nervous system, regulating involuntary body functions. The PNS ensures that the CNS stays updated with the body's status and external surroundings.

what is the role of the liver
A. it produces urine
B. it makes nephrons
C. it makes all four digestive enzymes
D. it produces bile

Answers

The of the liver is to produce bile which is then passed on to the intestines.

The role of the liver is to produce bile.

What is the role of the liver?Bile is a greenish yellow, thick, sticky fluid. It consists of bile salts, electrolytes (dissolved charged particles, such as sodium and bicarbonate), bile pigments, cholesterol, and other fats (lipids). Bile has two main functions:Aiding in digestion.Eliminating certain waste products (mainly hemoglobin and excess cholesterol) from the body.Bile salts aid in digestion by making cholesterol, fats, and fat-soluble vitamins easier to absorb from the intestine.Bilirubin is the main pigment in bile. Bilirubin is a waste product that is formed from hemoglobin (the protein that carries oxygen in the blood) and is excreted in bile. Hemoglobin is released when old or damaged red blood cells are destroyed.

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A change in the gene pool of a population due to chance is___.

Answers

Answer:

Genetic Drift.

Explanation:

Hope my answer has helped you!

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Horizontal gene transfer can occur through several mechanisms. Why is this relevant to humans?

A. Bacteria can divide quickly using binary fission.
B. Bacteria can exchange genes for resistance to antibiotics in this way.
C. Viruses can infect bacteria, inserting their genetic material into the bacterial DNA.
D. Bacteria are never beneficial to humans.
Gene mutations can be passed on to future generations and drive natural selection.

Choose the best description of how gene mutations are involved in evolution.

A. All gene mutations are passed to future generations and over many generations will contribute to the evolution of new species.
B. Gene mutations can be helpful, harmful, or neutral for an organism's survival. Only mutations that are helpful in the organism's environment would influence its survival and reproduction.
C. Gene mutations often skip generations, with advantageous traits showing up several generations after the gene mutation was first introduced.
D. Gene mutations can be dominant or recessive for an organism. Dominant genes will be adaptive for future generations, but recessive genes won't.

Species can vary in several ways. Which of the following is one of Darwin's ideas that was accepted by most scientists of his time due to the large number of fossils being discovered at that time?

A. Species vary around the world.
B. Species have specific adaptations to their local environment.
C. Species that live in seawater can also live on mountains.
D. Species change over long periods of time.

Dinoflagellates can perform photosynthesis and provide energy for themselves and for the coral that they live near. The coral provide protection to the dinoflagellates. This is an example of a

A. parasitic relationship.
B. commensalistic relationship.
C. mutualistic relationship.
D. dependent relationship.

Plants can reproduce

A. only by cutting or budding.
B. only using pollination.
C. sexually and asexually.
D. constantly.

The idea that viruses originated as genetic material that was able to move within a genome, eventually exiting a cell and entering another is the _______ hypothesis.

A. coevolution
B. regressive
C. recessive
D. progressive

The wings of insects, birds, and bats evolved independently but carry out similar functions. This is an example of

A. analogous structures.
B. embryonic structures.
C. vestigial structures.
D. homologous structures.

Answers

i'm not sure but I think the first answer is C

Answers and explanations:

Horizontal gene transfer can occur through several mechanisms. Why is this relevant to humans?

B. Bacteria can exchange genes for resistance to antibiotics in this way.  This mechanism is relevant because antibiotic resistance is one of the most important public health challenges

Choose the best description of how gene mutations are involved in evolution.

B. Gene mutations can be helpful, harmful, or neutral for an organism's survival.

Only mutations that are helpful in the organism's environment would influence its survival and reproduction. Mutations are the primary source of variation and the material that selection can act on

Species can vary in several ways. Which of the following is one of Darwin's ideas that was accepted by most scientists of his time due to the large number of fossils being discovered at that time?

D. Species change over long periods of time.

This principle is referred to as "gradualism" and is fundamental to Darwin's evolutionary studies

Dinoflagellates can perform photosynthesis and provide energy for themselves and for the coral that they live near. The coral provide protection to the dinoflagellates. This is an example of a

C. mutualistic relationship.

Mutualism is a biological interaction among different species where they are benefited and therefore improve their biological fitness.

Plants can reproduce

C. sexually and asexually.

Plants produce flowers with sexual organs and they also produce asexual structures such as, for example, tubers for asexual reproduction

The idea that viruses originated as genetic material that was able to move within a genome, eventually exiting a cell and entering another is the _______ hypothesis.

D. progressive  

The Progressive hypothesis states that viruses originated as genetic material that was able to move within a genome, eventually exiting a cell and entering another

The wings of insects, birds, and bats evolved independently but carry out similar functions. This is an example of

A. analogous structures.  

Analogous structures are structures that have the same functions but they appeared independently during evolution

why are eggs of silkmoth stored below 18°c in winter season?​

Answers

The reason why the eggs of silkmoth is stored below 18c in winter season is to keep it enclosed so it won’t hatch and die sooner!.

The silkworm cannot survive there because of coldness. And the egg of Silkworm only hatches once it gets the temperature of 18°C to 25°C. So, it can be stored for the desired time below 18°c.

Why are silk moth eggs stored in cold places?

Eggs are stored for long periods of time in cold places to prevent larvae from hatching from eggs. During the larval stage of the silk moth's life cycle, silk threads are made. It takes 28-30 days to complete the larval stage.

Oocytes are stored in the ovarian follicle. During a woman's life, numerous follicles and eggs are mobilized to initiate the process of growth and maturation.

Farmers store their eggs in the hygienic and appropriate temperature and humidity conditions. Heat the eggs to the proper temperature to allow the larvae to hatch from the eggs. This happens when the Morus alba tree has fresh leaves.

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what happens during prophase​

Answers

Answer:

Chromosomes become visible, the nucleolus disappears, the mitotic spindle forms, and the nuclear envelope disappears. Chromosomes become more coiled and can be viewed under a light microscope. ... The nuclear envelope disappears at the end of prophase.

Explanation:

Answer:

Prophase is the first phase of M-phase of cell division which is marked by many changes taking place in the dividing cell which are:  

1. Chromatin condenses and becomes more coiled.

2. Chromosomes are seen as a pair of sister chromatids with a centromere.

3. Nucleolus-site of rRNA synthesis disappears.

4. Mitotic spindle- formation begins between two pairs of centrioles.

5. Nuclear envelope- disappears at late prophase.

Explain how digestion and absorption occurs in the small intestine.

Answers

The small intestine is the site where almost all of the digestion and absorption of nutrients and minerals from food takes place. ... The inner surface of the jejunum, its mucous membrane, is covered in projections called villi, which increase the surface area of tissue available to absorb nutrients from the gut contents.

The digestive process

The digestive tract -- also called the gastrointestinal tract or alimentary canal -- provides the pathway through which foods move through the body. During this process, foods are broken down into their component nutrients to be available for absorption.

Extra information

Digestion actually begins in the mouth, as the enzymes in saliva begin to break down carbohydrate (starch). As food is chewed, it becomes lubricated, warmer, and easier to swallow and digest. The teeth and mouth work together to convert each bite of food into a bolus that can readily move into the esophagus ("the food pipe"). In the meantime, taste buds located in the mouth help you to enjoy each mouthful -- or to find the food distasteful, as is sometimes the case. After the bolus is swallowed, it enters the esophagus where it continues to be warmed and lubricated as it moves toward the stomach.

The acidic environment of the stomach and the action of gastric enzymes convert the bolus into chyme, a liquefied mass that is squirted from the stomach into the small intestine. Carbohydrates tend to leave the stomach rapidly and enter the small intestine; proteins leave the stomach less rapidly; and fats linger there the longest.

The small intestine is the principal site of digestion and absorption. There, enzymes and secretions from the pancreas, liver, gallbladder, and the small intestine itself combine to break down nutrients so that they can be absorbed. The pancreas is a veritable enzyme factory, supplying enzymes to digest proteins, fats, and carbohydrates. Intestinal cells also supply some enzymes. The liver produces the bile required for the emulsification of fat, and the gallbladder stores the bile until it is needed. The absorption of nutrients in the small intestine is facilitated by tiny projections called villi, which provide more surface area for absorption. The nutrients pass through the intestinal membranes into the circulatory system, which transports them to body tissues. Nutrients are then absorbed into the cells, where they are used for growth, repair, and the release or storage of energy. The overall process -- called metabolism -- is highly complex.

Undigested chyme proceeds from the small intestine into the large intestine (colon), where it becomes concentrated, as liquid is absorbed in preparation for excretion. Bacteria cause fermentation, which facilitates further breakdown, but absorption of nutrients from the large intestine is minimal.

Digestion in the small intestine concludes with enzymes breaking down macronutrients, and absorption is facilitated by villi and microvilli which increase the surface area. Nutrients enter the bloodstream and are routed through the liver for regulation and detoxification. The large intestine finalizes the digestive process by removing water and forming feces.

Digestion and absorption are critical stages in the process of nutrient assimilation that occur within the small intestine, following ingestion and the initial phase of digestion in the mouth and stomach. As food enters the small intestine, it is in the form of chyme—a mixture of partially digested food and stomach secretions. Within the small intestine, digestion concludes as enzymes break down large molecules of carbohydrates, proteins, and lipids into their respective subunits via hydrolysis.

The small intestine is composed of three interconnected segments: the duodenum, jejunum, and ileum. Within the duodenum, digestive enzymes from the pancreas and bile from the liver assist in breaking down macronutrients. The primarily occurs in the jejunum and ileum. The inner wall of the small intestine is extensively folded and covered with tiny finger-like projections called villi, which in turn are covered in microvilli. These structures exponentially increase the surface area for absorption and are lined with epithelial cells that facilitate nutrient uptake into the bloodstream.

Nutrients absorbed through the epithelial cells enter the hepatic portal vein and travel to the liver where detoxification and regulation of nutrients occur before they are distributed throughout the body. In contrast, the large intestine is mainly involved in the removal of water and the formation of feces. This final stage in the alimentary canal involves the absorption of water, remaining salts, vitamins, and the compaction of undigested materials into feces.

what is a long-term benefit of healthy eating?

Answers

Answer:

You will live longerIt will reduce risk of cancer, diabetes, and other diseases

Radioactive isotopes in fossils decay at a constant rate. The ratio of radioactive isotope to stable isotope can be examined to estimate the age of the fossil or the rock it was found in. This is an example of _______ dating.

A. magnetic
B. relative
C. Precambrian
D. absolute

Answers

The answer would be known as absolute dating

Answer: D. absolute

Explanation:

Absolute dating can be define as the method of dating in which the chronological age of the fossil or rock can be determined on the basis of radioactive carbon dating. The radioactive carbon is the element which decays after the death of the organism. The half life can be determined on the basis of the decay process which can be linked with the age of evidence.

how do invasive species affect the carbon cycle?

Answers

Final answer:

Invasive species can impact the carbon cycle by altering plant communities and vegetation structure, changing nutrient cycling processes, and affecting carbon sequestration or release. They can outcompete native species for resources, which can lead to changes in plant community composition and carbon storage in the ecosystem. Invasive species can also alter soil processes, such as decomposition rates, which can impact carbon cycling.

Explanation:

Invasive species can have significant impacts on the carbon cycle. They can affect the carbon cycle by altering plant communities and vegetation structure, increasing the rate of carbon sequestration or release, and changing nutrient cycling processes. Invasive species often outcompete native species for resources such as water, light, and nutrients, which can lead to changes in plant community composition and increased carbon storage in the ecosystem. Additionally, invasive species can alter soil processes, such as decomposition rates, which can impact carbon cycling.

For example, invasive plants with high growth rates and photosynthetic capacity may have higher rates of carbon uptake, leading to increased carbon sequestration. On the other hand, invasive species that alter soil conditions or disrupt nutrient cycles may contribute to increased carbon release through accelerated decomposition or changes in soil carbon storage.

In conclusion, invasive species can have both positive and negative impacts on the carbon cycle, depending on their specific traits and effects on ecosystem processes. It is important to understand and manage the impact of invasive species on the carbon cycle to mitigate the potential negative effects on ecosystem functioning and biodiversity.

which of the following is an appropriate problem statement for a science experiment? a. microplastic causes problems fir corral reefs and we want to know exactly what problems are caused b. what is microplastic? c. the effect of microplastic on the gut of small fish is unknown to humans. d. what is the effect of microplastic on the digestion processes of small fish?​

Answers

Answer:

I believe C

Explanation:

hope this helps.

Answer:

D. what is the effect of microplastic on the digestion processes of small fish?​

Explanation:

The structure of this question is perfect for a science project and it also clarifies exactly what problem your solving.

A scientist wanted to formulate a pill to attack a specific type of bacteria that infects the throat. Which biological component
would be best to use as a model for the pill's function?
bacteriocytes
phagocytes
complement
antibodies

Answers

the answer is D because i just took the test hope this helps

Answer:

antibodies :)

Explanation:

Which of the following is the function of the nociceptors?

A. Detecting odors in the nose
B. Detecting painful stimuli
C. Detecting central body temperature
D. Detecting touch and pressure

Answers

Answer:

B

Explanation:

often referred to as your "pain receptors," are free nerve endings located all over the body, including the skin, muscles, joints, bones, and internal organs.

Detecting painful stimuli is the function of the nociceptors. thus option B is correct.

What do you mean by receptors?

A sensory organ or cell responds to light, heat, or other environmental stimuli by sending a signal to a sensory neuron.

The receptors at the end of the axon are known as nociceptors. This receptor reacts to stimulation that has the potential to harm the body. It transmits pain signals between the brain and the body.

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A decrease in susceptibility to a drug after continued use of the drug is known as:

Answers

Answer:

tachyphylaxis

Explanation:

Addictive or tolerance - unofficial name.

This is accompanied by the addiction of the body to the medicine. The receptors memorize the chemical substances of the drug and when they are reintroduced, they do not react to it. In this case, the medicine is rapidly eliminated from the body as drug is not digested

When a substance is used regularly and the body becomes accustomed to its continuing presence, tolerance develops, which results in a person's decreased response to the drug.

What is susceptibility to a drug?

Drug tolerance, also known as drug insensitivity, is a pharmacological concept that describes people diminished response to a drug after repeated usage.

Increasing the dosage may re-amplify the drug's effects, but doing so may quicken tolerance development and further blunt the drug's benefits.

When one or more antimicrobial medications prevent microbes like bacteria and fungus from growing, this condition is known as susceptibility.

Following their recovery in a specimen's culture, the bacteria, or fungi that are infecting a person are subjected to a susceptibility test.

Therefore, A decrease in susceptibility to a drug after continued use of the drug is known as tachyphylaxis.

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Which statement about this figure is false?

Answers

Answer:

C

Explanation:

c is NOT the youngest A is

Line E represents a fault line. Option A.

What are fault lines?

A fault line in geological formations is a fracture or zone of intense deformation where blocks of the Earth's crust have moved relative to each other.

This movement is a result of tectonic forces, leading to the creation of faults. Faults are categorized based on the direction of relative movement: normal faults involve extension, thrust faults involve compression, and strike-slip faults involve horizontal displacement.

Looking at the image, line E fault causes a break in G, H, and I. The broken factions of these formations can be seen to have moved relative to their parents.

Thus, line E is a fault line.

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Which event signals the brain to breathe?
increased blood levels of oxygen
increased blood levels of carbon dioxide
contraction of the diaphragm
relaxing of the diaphragm​

Answers

Answer:

Increased blood levels of carbon dioxide

Explanation:

Breathing is involuntary in nature which means it is not under our control. Respiration is regulated by both nervous and chemical means.

Nervous regulation involves:

a) respiratory rhythm center located in the medulla region of hind brain. It regulates respiratory rhythm according to the need of the body.

b) Pneumotaxic center is present in the pons region of hind brain. It reduces the duration of inspiration thereby altering the respiratory rate.

Chemical regulation:

There are certain chemosensitive areas which are sensitive for chemicals in the region adjacent to rhythm center. The chemoreceptors present here are sensitive to CO2 and H+ ions. These chemoreceptors gets activated when there is increase in CO2 and H+ ion concentration which in turn activates the respiratory rhythm center for altering the rate of respiration.

Increased CO2 in blood - the rate and depth of respiration increases

Decreased CO2 in blood - the rate and depth of respiration decreases

Breathing is signaled by the increased levels of carbon dioxide in the blood, which is detected by chemoreceptors, leading the brain's respiratory centers to increase respiration rate and depth.

Which event signals the brain to breathe? The major factor that influences the respiration process is the concentration of carbon dioxide in the blood, not the contraction or relaxation of the diaphragm. When the level of carbon dioxide becomes too high, this change is detected by chemoreceptors in the brain. These receptors then signal the respiratory centers in the medulla oblongata and pons to initiate contraction of the diaphragm and the intercostal muscles. As a result, the rate and depth of respiration increase to expel the excess carbon dioxide and bring more air into the lungs, thus maintaining the body's pH within a narrow range.

The medulla and the pons, parts of the brainstem forming the respiration regulatory center, are responsible for sending nerve impulses to these muscles, effectively controlling the involuntary aspect of breathing. Although breathing is also a voluntary action that we control for activities such as speaking or holding our breath, the involuntary control is dominant and ensures proper respiration to maintain homeostasis.

A single strand of DNA helix consists of 100 nitrogenous base pairs. On one strand, 36 of the bases are adenine and 24 are cytosine. For the complementary strand of DNA, which would complete the proper base pairing?
36 guanine
36 thymine
24 cytosine
24 thymine

Answers

The answer is 36 thymine a-t and g-c

Answer:

36 thymine

Explanation:

DNA is a polynucleotide having double helical structure. The Each helix of DNA is made of nucleotides. Each nucleotide has a pentose sugar, phosphate and a nitrogenous base. Both the helices are joined by corresponding bases through hydrogen bond. The base pairing in the DNA double helix is specific. The purine adenine (A) always pairs with the pyrimidine thymine (T) the purine guanine (G) always pairs with the pyrimidine cytosine (C). Therefore, the number of adenine is 36 then the number of thymine will be 36. Similarly if the number of cytosine is given 24, then the number of guanine will be required 24 not 36.                

What kind of bond is created by the attraction between atomic particles of opposite charge? ionic bond hydrogen bond covalent bond nuclear bond

Answers

That would be an ionic bond. Which is an attraction between a cation and an anion.

The correct answer is A. Ionic bond

Explanation:

In Chemistry, atomic particles can create different types of chemical bonds between them, in the case of Ionic bond this type of bond is created between atomic particles that have opposite charge and takes place as valence electrons are transferred between the atoms. This usually occurs between metal and non-metal atoms as the metal that is negatively charged transfer electrons to nonmetal atomic particles that make the metal positive and the nonmetal be charged negatively. Therefore, the kind of bond is created by the attraction between atomic particles of opposite charge is the Ionic bond.

in photosynthesis, electrons that travel through the electron transport chain in the thylakoid membrane come from ?

Answers

Answer:

water molecules

Explanation:

In photosynthesis, electrons that travel through the electron transport chain in the thylakoid membrane come from water molecules.

Water molecules supply electrons for electron transport in photosynthesis.

The fins of fishes and flipper of whale are:
(a) Homologous.
(0) Vestigeal
(b) Analogous
(d) None​

Answers

Homologous

The fins of fishes and flipper of a whale are homologous structures since they have different structure but similar structure

It is Analogous. Analogous parts perform the same functions but the structure is not the same

---- are substances released into the environment that in excess amounts cause damage

Answers

Hello There!

"POLLUTANTS" are substances released into the environment that in excess amounts cause damage.

Some examples of natural pollutants are...

DUST

SEASALT

VOLCANIC GASSES AND ASH

FOREST FIRE SMOKE

POLLEN

Answer:

Pollutants.

Explanation:

Pollutants is defined  as that substances which are released into the environment that in excess amounts cause damage.

Pollutants van be air pollutants , water pollutants , soil pollutants ,noise pollutants ,

Air pollutants can be gases, smoke from burning of fossil fuels and vehicle  etc.

Noise pollutants : Noise of crackers,loud music etc.

Soil pollutants :Polythene,plastic bags,fertilizers etc.

Water pollutants : Chemical put into river ,industrial waste put into canals or rivers etc.

All pollutants damage environment when they are released in excess amount into environment .

what is the second law of thermodynamics and relate it to the efficiency of respiration​

Answers

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The second law of thermodynamics dictates that energy transformations, like cellular respiration, are not completely efficient due to entropy increase. The law implies that some energy is always lost as heat, making the efficiency of respiration less than 100%.

The second law of thermodynamics relates to the concept of entropy and can be stated in terms of heat energy and the efficiency of processes. In the context of cellular respiration, the second law helps explain why no energy transformation is completely efficient. During respiration, cells transform chemical energy from nutrients into ATP (adenosine triphosphate), a usable form of energy for cellular processes. However, according to the second law, some energy is invariably lost as heat. This loss of energy increases the entropy of the system, which is a measure of disorder.

The importance lies in the fact that the efficiency of respiration is constrained by this law, as some of the potential energy in nutrients is not converted into useful work, but rather is dissipated as heat, contributing to the overall increase in entropy of the universe. In summary, the second law of thermodynamics, when applied to biological processes like respiration, clarifies why these processes cannot be 100% efficient and why there is always an increase in entropy and a certain amount of energy that becomes unavailable for doing work.

12. What does it mean to be a recessive allele?
a. Give an example:

Answers

Answer:

The less important allele.. ish. The allele will only "work" (Show up) if there is two recessive allele. And Ressesive allele is always lower case. So rr will show up but Rr wont because there is a dominant allele. Hope this help. :)

Explanation:

Blue Eye is recessive allele

Brown eye is dominant allele

The allele that is not dominant

Anthropology and psychology help us organize how humans _______.

Answers

Psychology has relationship with anthropology or the “science of man”. ... They use the methods of the anthropologists. So the study of anthropology facilitates the study of psychology. Similarly, the knowledge of abnormal and social psychology helps the anthropologists in explaining the man, his religion, and culture.

i hope this helps
Anthropology;

The goal of anthropology is to understand the human condition. ... again, the great thing about anthropology's subfields is that we can use each other's knowledge and research techniques to better understand why we act the way we do, and how it affects our physical, cultural, social, and political environments.

SHORT EXPLANATION; It helps us organize how humans act the way they do and how it affects our physical, Cultural, Social, and political environments

Psychology;

The four main goals of psychology are to describe, explain, predict and control the behavior and mental processes of others. Brain science and cognitive psychologists study how the human mind thinks, remembers and learns. They apply psychological science to understand how we make decisions and perceive our world. ... They apply psychological science to improve the learning process and promote educational success for all students.

SHORT EXPLANATION; It helps us organize how humans think and why they think the way they do. Not only that he able to predict there actions at times and such.

Abnormal softening of a gland is known as

Answers

Abnormal softening of a gland is known as the adenomalacia.
Final answer:

Abnormal softening of a gland is known as glandular hyperplasia.

Explanation:

Abnormal softening of a gland is known as glandular hyperplasia. It is a condition where the glandular tissue of an organ becomes softer and enlarged due to an increase in the number of cells.

For example, prostate glandular hyperplasia is a common condition where the prostate gland becomes enlarged due to an increase in the number of glandular cells.

Glandular hyperplasia can be caused by various factors such as hormonal imbalances, inflammation, or genetic predisposition.

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Which two processes form a cycle, with the products of one process becoming the reactants of the other?

Answers

Answer:

Cellular Respiration and Photosynthesis

Explanation:

Cellular respiration uses oxygen and sugar and turns it into water and carbon dioxide, photosynthesis uses water and carbon dioxide and turns it into oxygen and sugar.

That would be photosynthesis and cellular(aerobic) respiration.

The products of photosynthesis(oxygen and glucose) are the reactants of cellular respiration which uses that to make CO2, water and energy(ATP)

A diploid organism has 90 chromosomes per cell and undergoes mitosis, the resulting organism will have __ chromosomes.

A. 90
B. 180
C. 30
D. 45

Answers

Answer:

180 chromosomes

Explanation:

Mitosis doubles the amount of chromosomes.

A diploid organism has 90 chromosomes per cell and undergoes mitosis, the resulting organism will have 180 chromosomes.

Because of its structure, the cell membrane is known as a phospholipid _____.
A. molecule
B. barrier
c. bilayer
D. fluid​

Answers

Answer:

C - bilayer

Explanation:

why can many ecosystems exist in one boime

Answers

Answer:

Numerous ecosystems systems can exist in one biome in light of the fact that a biome is immense, and take the Marine Biome for example.There are diverse zones that things live in or environments.

Explanation:

Final answer:

The diversity of ecosystems within a biome allows for the coexistence of many species. Each species occupies a unique ecological niche and has different resource requirements, promoting efficient resource use and increasing overall productivity and stability. The presence of more species also has positive effects such as the sampling-competition effect and facilitation effect.

Explanation:

The diversity of ecosystems in a biome allows for the coexistence of many species. In an ecosystem, different species have specific ecological niches and resource requirements. Some species may be better adapted to certain environmental conditions, while others may require different resources to thrive.

For example, in a forest ecosystem, there may be multiple species of trees, shrubs, birds, mammals, and insects. Each species occupies a unique niche and has its own role in the ecosystem. Some species may prefer sunny areas, while others thrive in shaded areas. Some may feed on specific plants or insects, while others have different food sources. This diversity of species and niches allows for the efficient use of available resources and increases the overall productivity and stability of the ecosystem.

The presence of more species also promotes the sampling-competition effect and facilitation effect. The sampling-competition effect states that the more species there are, the higher the chances of having a particularly productive species in a given environment. The facilitation effect refers to how different species can improve environmental conditions for other species. For example, one species may create favorable microclimates or provide nesting sites for other species, enhancing their survival and growth.

Other Questions
Find the first four terms of the recursive sequence defined by the following formula:an=an-14wherea4=214,,, 214 Help please!! Whats the volume of the triangular prism? What is recycling?a way to increase economic development in less-developed countriesa way to increase resource usea way to increase the supply of nonrenewable resourcesa way to reduce solid waste(chose only one answer) Ben (55kg) is standing on very slippery ice when Junior (25kg) bumps into him. Junior was moving at a speed of 8 m/s before the collision and ben and junior embrace after the collision. Find the speed of ben and junior as they move across the ice after the collision. Give the answer in m/s. describe the work you did to get the answer. What percentage of people are left handed? HELPS ME PASS THIS YEAR. will give brainliest happily1.What is the mean absolute deviation for 7, 5, 1, 6, 2, and 3? (5 points)63212.The histogram shows the number of prizes won by different numbers of students at a quiz competition. Which of the following statements is correct regarding the number of students and the number of prizes won? (look at picture)A total of 10 students won all the prizes.Four students won 12, 13, 14, 15, 16, or 17 prizes.A total of 10 prizes were won by all the students.Four prizes were won by 12, 13, 14, 15, 16, or 17 students.3.The following box plot shows the number of books sold each day at a store for 80 days. How many days did the bookstore sell 2 to 12 books?(second picture)40607080Have great summer yall Sharon wants to sit in the back seat of the bus on the trip to the zoo. The back seat is the full width of the bus and seats five students. If Sharon selects her place on the seat at random, what is the probability that she will sit at either end by a window? If A = {(x, y)|x + 2y = 7}, is Set A a function? we need to consume at about 6 cups of water a day?true or false Helping Your Child Get Enough SleepRecent studies show that 1 out of 5 children does not get the recommended number of hours of sleep per night. Pediatricians recommend between 8 and 10 hours of sleep for optimal performance in school. Does your child get enough sleep? If not, here are some tips that might help you:Stop all physical activities 1-2 hours before bedtime. Have your son or daughter read a book, listen to music or watch an educational television program when bedtime nears.Limit the consumption of caffeine and sugar. Do not allow your child to have caffeinated beverages or sugary foods after 3 p.m.Do not allow your child to deviate from schedules on weekends. Try to get her to bed within 1 to 2 hours of her weekday bedtime even on the weekends.Which of the following describes the purpose(s) of this article? Select all that apply.to inform parents of how to help their child get more sleepto persuade parents that their child needs more sleepto help parents determine when their child needs to watch televisionto inform parents of the results of a study that may help themnone of the above 21. Mahina measured the diameter of a circle to be 6.5 inches. What is the circumference of that circle to thenearest inch?A. 39 inB. 40 inC. 20 inD. 36 in GEOMETRY Please help me with this please help as soon as possible!!!!!! Look at the parallelogram ABCD shown below:The table below shows the steps to prove that if the quadrilateral ABCD is a parallelogram, then its opposite sides are congruent:Which choice completes the missing information for reason 5 in the chart? (6 points)congruent parallelogramscongruent trianglessimilar anglessimilar triangles True or false? Writers might choose to use outlines in sentence or paragraph form when they want to include specific examples or reasons in their outlines. Imagine that you are writing a research paper on Babe Ruth, the legendary baseball player, and that you will be presenting your findings to an audience in New York City. You are trying to decide if the fact that Babe Ruth played for the New York Yankees could be considered common knowledge for your audience. If it is common knowledge, you will not need to cite the source of the information in your research. Which set of actions would best help you to determine whether the information is common knowledge?A.Look up a website about Babe Ruth.Talk to a person who knew Babe Ruth personally.Look up Babe Ruth in a dictionary.B.Visit a public website about the state of New York.Watch a television program about Babe Ruth.Ask family and friends what they think.C.Look up Babe Ruth in an encyclopedia.Visit a reputable website about the baseball player.Read an article from The New York Times about Babe Ruth. conflict of interest definition Solve: 2 In 3 = In(x-4) Solve the system of equations Please help me! It would honestly mean so much to me! Thank you !4x+2y=-28x+5y=1 Read the passage by Sue Hubbell below. The reason I am hiring David this year is that a young man I have used in the past has moved away. We worked well together and he liked bees though even he was stung royally at first. I admired his courage the first day we were out together, for he stood holding a super from which I was blowing bees while his arm was fast turning into a pin cushion from stings. When we carried the stacked supers to the honey house's loading dock, he would scorn the hot bee veil as he wheeled the supers on the handtruck despite the cross bees flying around the dock. One time, as I opened the door for him to bring in the load, I noticed that his face was contorted in what I took to be the effort of getting the handtruck down the ramp. We quickly wheeled the load of supers up to the scale, where we weigh each load. He was going too fast, so that when he stopped at the scale he fell backward and 350 pounds of supers dropped on him. Pinned down, he loyally balanced himself on one fist so that he didn't harm the honey pump against which he had fallen. The reason for his knotted face and his speed was obvious for the first time: He was being stung on the forehead by three bees. Good boss that I am, I did not choose that moment to go to the cabin and make myself a cup of coffee; I picked the supers off his chest, scraped off the stingers and helped him to his feet. It became one of our shared legends of working together. This year I miss him. Work Cited: Hubbell, Sue. The Beekeeper. The New York Times. 2 Aug. 1984. Web. Which description best fits the author's point of view? a boss who is making fun of her employee a nostalgic coworker a boss who is angry with her employee an indifferent coworker What is the result of subtracting in the divisionproblem shown below?- 2x + 33x2 - 4x - 26x3 + x2 - 10x-16x3 - 8x2 - 4x0 -7x2 - 14x0 -7x2 - 6xo 9x2 - 14xO 9x2 - 6xCOM