The trapping of marine life by abandoned fishing gears like gillnets, longlines, and various kinds of traps is known as

Answer:

It has provided for the use of alternate energy sources that have reduced impact on the environment. For example, if we are on our electronics that uses electrical energy which means that that energy is used in the electronic. So that means the energy that is always used which is electrical energy is an example of my answer

Answer:

multicellular

Explanation:

I am not 100% sure but multi means many and there are many animals so I'm going with that

Answer:

b

Explanation:

They are all multicellular organisms (there are no single-celled ones, like diatoms). Only some are producers (like the cactus) and only some are consumers (the animals that can't produce their own food).

Plants take carbon dioxide (CO2) out of the atmosphere to do photosynthesis, and thus help reduce the greenhouse gases warming the planet.

Explanation:

Plants, through photosynthesis, and soils sequester roughly a third of carbon dioxide emissions released into the atmosphere each decade from the burning of fossil fuels. During photosynthesis, plants open tiny pores on their leaf surfaces to suck carbon dioxide from the air and produce their own food.

Frank was bitten by a rattlesnake and given anti-venom containing neutralizing antibodies. Frank will have acquired long-term artificially acquired passive immunity  and active immunity naturally he will have as a result.

Active immunity occurs when exposure to a diseased organism triggers the immune system to produce antibodies against that disease.

Passive immunization occurs when the body already receives the antibodies ready, instead of stimulating their production. The main difference is that, in passive immunization, the body does not produce memory cells, fighting the organisms only once.

With this information, we can conclude that Active immunity is when the individual's own body produces an immune response.

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Genotype and Phenotype of F1 rabbit: Spotted coat (S) is dominant to solid colors and black (B) is dominant to brown. The brown spotted rabbit from a pure line is mated to solid black one also from a pure line. Therefore, the genotype of brown spotted rabbit would be Ssbb and that of solid black rabbit would be ssBB.

So, when we cross these two pure lines, we can get F1 generation by applying Mendel's first law of inheritance. Therefore, the expected genotype and phenotype of F1 generation would be as follows: SsBb genotype would give Spotted black, Spotted brown, Solid black, and Solid brown phenotype.

The given problem can be solved with the help of Mendelian Genetics. By using Mendelian Genetics, we can determine the genotype and phenotype of F1 and F2 generation. The following steps can be followed to solve the given problem:

Step 1: Determine the genotype of the parents and make a Punnett square. The genotype of the brown spotted rabbit would be Ssbb, and the genotype of solid black rabbit would be ssBB. We can make a Punnett square by crossing the genotype of both the parents.    

Step 2: Determine the genotype and phenotype of F1 generation. The F1 generation is obtained by crossing the two pure lines of brown spotted rabbit and solid black rabbit. The F1 generation would have the genotype of SsBb.

The expected genotype and phenotype of the F1 generation would be SsBb, which would give Spotted black, Spotted brown, Solid black, and Solid brown phenotype.

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The amount of water, oxygen, light intensity, carbon dioxide content, and temperature can all have an impact on how quickly photosynthesis occurs.

By enclosing a leaf in a closed, transparent chamber and monitoring the decline in carbon dioxide content over time, the rate of leaf photosynthetic activity may be calculated. Outside of the chamber, the light flux density is measured, and it needs to be adjusted for the transmittance of the chamber.

A measure of the maximum pace at which leaves can fix carbon during photosynthesis is called photosynthetic capacity. It is commonly expressed as the quantity of fixed CO2 per mol m-2 sec-1.

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Answer:

Explanation:

A

Answer:

the answer i got was A

Explanation:

A

Answer:

they work by increasing the activation energy of a biochemical reaction.

Explanation: Enzymes are biological catalysts responsible for speeding up biochemical reactions. They do this by reducing the activation energy required for the reaction to proceed, not by increasing it. By lowering the activation energy, enzymes increase the rate at which a reaction's equilibrium is attained, allowing reactions to occur more rapidly and efficiently in living organisms.

The statement that is not true about enzymes is: they work by increasing the activation energy of a biochemical reaction. In fact, enzymes decrease the activation energy of a biochemical reaction, facilitating the development of the reaction.

Enzymes are biological catalysts that accelerate chemical reactions in living organisms. They increase the rate of chemical reactions by decreasing the activation energy required for the reaction to occur. Without enzymes, many biological processes would not occur at a fast enough rate to sustain life.

Enzymes are often very specific to the reaction they catalyze and are essential for the proper functioning of many biological systems. Thus, enzymes decrease the activation energy of a biochemical reaction.

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Answer: C

Explanation: I think the answer is genotype.

Answer:

C

Explanation:

its genotyoe

The clinical syndrome caused by gross chromosomal abnormalities that is associated with bilateral cleft lip and palate, microphthalmia or anophthalmia, and polydactyly is Pallister-Killian syndrome (PKS). The disorder is a rare genetic disorder that affects multiple systems in the body and is caused by an extra copy of chromosome 12p.

PKS is a complex multisystem disorder characterized by an unusual facial appearance, intellectual disability, seizures, and other health problems. Pallister-Killian syndrome is a chromosomal disorder that is caused by an extra copy of chromosome 12p in cells of the body. Because the extra chromosome 12p is present in a mosaic pattern, this condition is referred to as a mosaic chromosomal abnormality.

PKS affects multiple systems in the body, including the heart, eyes, kidneys, and other organs. PKS is associated with a unique facial appearance, intellectual disability, seizures, and other health issues. Individuals with PKS have distinct facial features such as a high forehead, short nose, low-set ears, a small chin, and a cleft lip and/or palate. Vision difficulties such as microphthalmia or anophthalmia, which are underdeveloped or absent eyes, are also a feature of PKS.

PKS may also cause polydactyly, an extra finger or toe, or syndactyly, in which two or more fingers or toes are joined. The feet and hands may also have unusual creases, known as palmoplantar creases. There are other symptoms of PKS, which vary among individuals. These symptoms may include seizures, skeletal abnormalities, heart defects, hearing loss, and various other health issues.

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The process of respiration can be divided into the cellular view to the general (cellular respiration to external respiration). Going from the cellular till the external we have:

1- Cellular respiration

Is the aerobic process by which living cells break down glucose molecules to form energy in the from of ATP, that can be divided in three stages, these are: glycolisis (break of glucose into pyruvate), Citric Acid Cycle (Krebs Cycle), and electron transport chain. In this respiration the cell machinery is responsible for from glucose and oxygen form water and carbon dioxide. All the process is intracellular.

2- Internal respiration

The internal respiration is the process of the exchange of gases between the cells and the tissues (internal environment of the body) by the blood vessels and the circulation od red blood cells that carry these gases (oxygen and carbon dioxide). The path of this process is: nose/mouth, pharynx, larynx, and trachea will have the cells oxigenated, the trachea branches and the bronchi will lead to the lungs when the gases exchanges in the tissue will happen. The red blood cells will do the local capture of the gases and the circulatory system will make those cells go to all the tissues in the body.

3- External respiration

The external respiration is the exchange of gases with the external environment. That process occurs in the lungs where the oxygen diffuses into the blood and carbon dioxide into the alveolar air. The internal and external respiration work together in the overall respiratory process, but one happen in the tissues and the other between external environments.

4- How they work together?

The three process are essential for breathing, that's because they work into different levels of tissue and systemic organization. The cellular is the one in the cells that provide the biochemical reactions necessary to the synthesis and conversion of molecules, being the metabolic basis for the respiration to take place, the internal respiration is responsible to distribute the gases into the tissues to make the cellular step possible, while the external respiration makes possible the exchange outside the tissues levels and makes possible to balance the distribution and concentration of the gases in the body.

Answer:

The correct answer is the second option - glycerol and fatty acids combine to form lipids.

Explanation:

Lipids are a polymer or macromolecule, and the smaller pieces, or monomers, that make up lipids are glycerol and fatty acids.

Option 1 is incorrect because nucleotides are the monomer for nucleic acids, not proteins.

Option 3 is incorrect because amino acids combine to form proteins, not nucleic acids.

Option 4 is incorrect because polysaccharides are polymers (the monomer for carbohydrates is monosaccharides).

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There is sufficient evidence to warrant rejection of the claim that the sex of the respondent is independent of the choice for the cause of global warming.

The hypothesis test is conducted to determine if there is a significant association between the sex of the respondent and their choice of the cause for global warming. The null hypothesis (H0) assumes that there is no association, while the alternative hypothesis (H1) assumes that there is a significant association.

By analyzing the data using a 0.01 significance level, the chi-square test is performed. The test calculates the chi-square statistic and compares it to the critical value(s) to make a conclusion.

The obtained test statistic is compared to the critical value from the chi-square distribution table. If the test statistic exceeds the critical value, we reject the null hypothesis in favor of the alternative hypothesis, indicating that there is a significant association between the variables.

In this case, the obtained test statistic suggests a substantial difference between men and women regarding their choice of the cause for global warming. Therefore, we reject the null hypothesis, providing sufficient evidence to conclude that the sex of the respondent is not independent of the choice for the cause of global warming.

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Though narcotics can effectively manage pain or reduce anxiety, they can cause drowsiness and are highly addictive. Narcotics are now called as opioids. They are used to treat pain and they can make you sleepy. They can give a sedative effect and makes you drowsy but it should not be used as an aid to make you sleep because it is highly addictive. It can cause addiction and other complications.

Its effect can either be short-acting or long acting. It can be used in OPD. Relief can be felt for as short as 15 minutes and can last up to 4 hours.

Narcotics are prescription drugs and can be given legally to treat medically. to Prescription drugs are legally prescribed patients.

Answer - Option A

Answer:

tornado

Explanation:

A carbohydrate is an organic compound such as sugar or starch, and is used to store energy. Like most organic compounds, carbohydrates are built of small, repeating units that form bonds with each other to make a larger molecule. In the case of carbohydrates, the small repeating units are called monosaccharides.

The genetic code more than likely exerts the greatest influence on the distribution of inherited traits.

This includes physical characteristics such as hair color, eye color, height, body type, and many others.

There are a few things to keep in mind when discussing inherited traits:

Inherited traits are passed down from parents to their offspring through genetic information, which is stored in DNA molecules in the cells of an organism's body.

The traits that an organism inherits are determined by the specific combination of genes that are passed down from its parents.

Traits that are determined by multiple genes working together are known as polygenic traits, while those that are determined by a single gene are known as single-gene traits.

The genetic code is responsible for coding all the proteins that an organism needs in order to function. This means that variations in the genetic code can result in variations in an organism's physical traits, which can in turn affect how that organism interacts with its environment.

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The broad portion of the leaf that carries out photosynthesis is called the blade. The blade is the flattened portion of the leaf that is responsible for carrying out photosynthesis, which is the process of converting light energy into chemical energy that the plant uses to fuel its growth and metabolism.

A blade is a thin, flattened section of a plant's leaf that is primarily responsible for photosynthesis. It is the large, flat, expanded part of a leaf that is located above the stem. The blade is made up of cells that contain chlorophyll, which is a green pigment that absorbs light energy from the sun and converts it into chemical energy.

The blade's surface is usually smooth and is covered with a waxy coating called the cuticle, which helps to prevent water loss and protect the plant from environmental damage.

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The broad portion of the leaf that carries out photosynthesis is called the blade. It contains chloroplasts with chlorophyll that absorb sunlight and facilitate photosynthesis.

The blade is the broad portion of the leaf that carries out photosynthesis. The blade contains a large number of chloroplasts which are involved in carrying out photosynthesis process. It is in these chloroplasts, due to the presence of the pigment known as chlorophyll, that sunlight is absorbed and used to convert carbon dioxide and water into glucose and oxygen during photosynthesis. The broad portion of the leaf that carries out photosynthesis is called the blade. It contains chloroplasts with chlorophyll that absorb sunlight and facilitate photosynthesis.

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In the following figure anatomical features of the lymph node, it is labeled against the number marked:

Complete answer in the picture.

Lymphatic nodules: These are small, localized collections of lymphoid tissue. They are usually located in the loose connective tissue beneath wet epithelial (covering or lining) membranes, as in the digestive system, respiratory system, urinary bladder, etc.

Germinal center: They are transiently formed structures within the B cell zone (follicles) in secondary lymphoid organs – lymph nodes, ileal Peyer's patches, and the spleen Here the mature B cells proliferate, differentiate, and mutate their antibody genes

Cortical sinus: Lymph flows from afferent lymphatic vessels, into a space underneath the capsule called the subcapsular sinus, then into cortical sinuses.

Medullary sinus: After passing through the cortex, lymph then collects in the medullary sinuses

Medullary cord: It's a portion of the medulla of the lymph node which contains lymphatic tissue and project into the medullary sinus. B cells and plasma cells are the main cell types found in the medullary cords.

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Answer:

The correct answer is - B. disruptive selection.

Explanation:

Adaptive radiation is a type of genetic drift that relatively fast evolution of many species from a single common ancestor which means there is a big drift in a very small time.

Disruptive selection is a type of natural selection that shows phenotypes (individuals with groups of traits) of both extremes but has very few individuals in the middle. An example of this type is the evolution of mammals after the extinction of dinnosaurs.

The advantages and disadvantages of genetic variation to the survival of orangutans are:

Advantages:

Disadvantages:

What is genetic variation?

Due to deforestation, illegal hunting, and forest fires that have decimated orang-utan wild populations, one of the most thorough genome analyses of orang gutans to date has revealed that its tiny populations are surprisingly genetically diverse. This raises the possibility that the critically endangered species could recover from its current dire situation.

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Answer:

here's your answer

Explanation:

In an animal cell, the lysosome is an organelle of the cell that is responsible for destroying the virus. The virus can enter the cell via endocytosis, but the lysosome can degrade and destroy it to protect the cell.

Immune cells such as neutrophils, macrophages, and others play a role in protecting the body from foreign harmful pathogens. They have specific structures for doing so.

Because not all body cells have MHC II or toll-like receptors, cells have different organelles to protect themselves. Cells have lysosomes within them. Lysosomes have an acidic environment that can degrade viral proteins.

When the virus is phagocytosed by the cell, it combines with the lysosome. The lysosome degrades the virus with the help of hydrolyzing enzymes and throws it out of the cells. These are collected by other cells.

Hence, the lysosome of the cell degrades the virus and keeps it out.

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Answer:

Glacial deposits are glacial landforms developed by big rocks collected in the landscape region due to the withdrawal of glaciers.

Explanation:

Answer:

b each cell is able to carry out all functions

Option (a) Only the water in the pan is heated mainly by the mode of convection.

Convection is the method of heat transfer by the bulk movement of particles inside fluids like liquids and gases when heat is applied to them. the initial heat is motley provided by the conduction method but the heating of a fluid substance takes place via convection. Convection takes place due to the difference in the density of fluids.

Conduction is the process of heat transfer by direct contact due to the difference in temperature. Example utensils heat up when placed on a heater.

In the given context, the pan is heated by the virtue of conduction, and the water in the pan gets heated by the virtue of convection.

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Answer:

Ballistochory. So it is called when the seeds are forcefully or explosively spread. The aim is to "throw" the seed from the parent plant as far as possible.

Explanation:

This is what is known by the violent and explosive dispersal of the seeds. The aim is to "throw" the seed from the parent plant as far as possible. (This works because the wind resistance is not high for seeds.)

Answer:

the dispersal of seeds by force

Explanation:

Answer:

Just 5% to 10% of the sunlight they receive gets converted into energy. So if humans are going to photosynthesize, we'd better get good at it. We would probably evolve to become a lot bigger to absorb enough light to feed and grow.

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Answer:

Yes because

Explanation:

The series "Imaginary Earths" speculates what the world might be like if one key aspect of life changed, whether related to the planet or humanity.

Green skin is common in science fiction, from little green men to Hera Syndulla from "Star Wars Rebels" to Gamora from "Guardians of the Galaxy." But what if green skin were not just for fictional aliens? If humans had green skin, for instance, what if it granted us the ability to perform photosynthesis, which plants use to live off of sunlight?

Let's analyze what science says about similar abilities in other animals and ask award-winning science-fiction author John Scalzi how he thinks humans might hypothetically benefit from photosynthetic skin.

Answer:

      Carbon is the foundation of all life on Earth, required to form complex molecules like proteins and DNA. Carbon helps to regulate the Earth's temperature, makes all life possible, is a key ingredient in the food that sustains us, and provides a major source of the energy to fuel our global economy. The carbon cycle describes the process in which carbon atoms continually travel from the atmosphere to the Earth and then back into the atmosphere. Since our planet and its atmosphere form a closed environment, the amount of carbon in this system does not change. Where the carbon is located in the atmosphere or on Earth is constantly in flux.

       On Earth, most carbon is stored in rocks and sediments, while the rest is located in the ocean, atmosphere, and in living organisms. Carbon is released back into the atmosphere when organisms die, volcanoes erupt, fires blaze, fossil fuels are burned, and through a variety of other mechanisms. In the case of the ocean, carbon is continually exchanged between the ocean's surface waters and the atmosphere, or is stored for long periods of time in the ocean depths. Humans play a major role in the carbon cycle through activities such as the burning of fossil fuels or land development. As a result, the amount of carbon dioxide in the atmosphere is rapidly rising; it is already considerably greater than at any time in the last 800,000 years.

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Answer:

During reproduction plant might experience absence of pollinators or presence of low temperature

Explanation:

Following can be the problems a plant might encounter during reproduction

Plant reproduction takes place through the asexual and sexual process called pollination. They can either self-pollinate or cross-pollinate.

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