Explain how phosphorus runoff into oceans and lakes from farming has a negative impact on the ecosystem.

Although fictional, a martian, in this sense, would be considered living. While a car would be considered non living.

Hope this helps :)

Mars is a planet that has the potential for life, but so far, there is no direct evidence of living organisms on its surface. Scientists are interested in searching for fossil life on Mars and are planning future missions to study Martian samples.

Mars is a planet that has the potential for life, but so far, there is no direct evidence of living organisms on its surface. The conditions on Mars, such as the lack of organic material and the sterilizing effect of ultraviolet light, make it unlikely for organisms to survive. However, scientists are still interested in searching for fossil life on Mars and are planning future missions to study Martian samples in laboratories on Earth.

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Where's the evolution?

The physics of light affects not just how blue water looks to us, but how the animals living in the world's oceans, lakes, and rivers are able to find food and each other — and this, in turn, can impact their evolution. Natural selection favors traits that perform well in local environmental conditions. Many fish species, for example, have evolved vision that is specifically tuned to see well in the sort of light available where they live. But even beyond simple adaptation, the physics of light can lead to speciation. In fact, biologists recently demonstrated that the light penetrating to different depths of Africa's Lake Victoria seems to have played a role in promoting a massive evolutionary radiation. More than 500 species of often brightly colored cichlid fish have evolved there in just a few hundred thousand years!

Final answer:

Natural selection in the cichlid species of Lake Victoria occurred through rapid adaptive radiation, with species diversifying into various niches. This process led to the creation of about 500 different cichlid species, emphasizing the role of natural selection in biodiversity.

Explanation:

Natural selection in the cichlid fish species of Lake Victoria occurred via adaptive radiation, which is a rapid branching through speciation of a phylogenetic tree into many closely related species. This diversification allowed the cichlids to fill different niches and habitats, resulting in hundreds of species with specialized feeding strategies such as eating plankton, scraping algae, eating insect larvae, and eating the eggs of other cichlid species. The cichlids' remarkable diversity, which included about 500 species, showcases the power of natural selection in shaping biodiversity within a relatively short span of time, in this case, less than three million years.

Unfortunately, the introduction of the Nile perch, declining lake water quality, and increased fishing pressure contributed to the dramatic decline and extinction of many cichlid species in Lake Victoria, reducing the once vibrant biodiversity.

Answer: Glycolysis

The first stage of cellular respiration is glycolysis that takes place in the cytosol of the cytoplasm. Basically, in this process, the glucose splits up. The enzymes break down the glucose molecules into molecules of pyruvic acid. To split the glucose molecules energy is needed and that energy is provided by the molecules of ATP.

The kerbs cycle is the third stage of the cellular respiration. The pyruvic acid molecules that were produced in the first step i.e. glycolysis, enters the mitochondrion and starts the kerbs cycle. And the energy from the molecules is stored in 16 energy carrier molecules which includes four molecules of ATP’s as well.

An asteroid refers to an eosinophilic body exhibiting gradiating lines, observed in a vacuolated region of the cytoplasm of a multinucleated giant cell, mainly witnessed in sarcoidosis, however, also observed in other granulomas.  

It is also considered as a structural feature of sporotrichosis when observed in the skin or in secondary lesions of sporotrichosis. Thus, in order to be considered as a cell, it must possess a nucleus and membrane-bound organelles.  

Asteroids, such as C-type asteroids, contain components like organic carbon compounds and bound water, which are vital to life. However, to be considered a cell, it must have a cell membrane, genetic material, metabolism, and the capability to reproduce. There is no evidence yet of complete cells within asteroids.

Asteroids, especially C-type asteroids, are known to contain organic carbon compounds, silicates and chemically bound water, all of which are vital to the formation of cells. As remnants from the early solar system, asteroids may hold clues to the building blocks of life.

However, for a material to be considered a cell, it must meet several criteria. It must have a membrane that separates it from its surroundings, it must have a genetic material (DNA or RNA) for information replication, it must exhibit metabolic processes to utilize energy, and must be able to reproduce or self-replicate. Given the existing knowledge, asteroids do not contain fully formed cells, but they do hold some of the chemical precursors needed for life.

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An amoeba feeds through a process called endocytosis, specifically phagocytosis. This involves engulfing food particles with its plasma membrane which forms a vesicle. The food is then broken down and absorbed, and waste is expelled through exocytosis.

The process through which an amoeba feeds is called endocytosis. This is a type of active transport that involves the movement of particles such as large molecules, parts of cells, and even whole cells, into a cell. The amoeba surrounds the food particle with its plasma membrane, which invaginates, forming a pocket around the food particle. This pocket then pinches off, resulting in the food particle being contained in a newly created intracellular vesicle formed from the plasma membrane. This is sometimes referred to as phagocytosis, a type of endocytosis. Once the food particle is fully enclosed in the vesicle, it is broken down and absorbed by the amoeba. Any waste that remains is then expelled from the amoeba through a process known as exocytosis.

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Answer:

The correct answer is - Facilitated diffusion through protein channels.  

Explanation:

Glucose is a large molecule which is a 6- carbon sugar that stored energy for cellular functions. As it is a macromolecule that is difficult to move across the cell membrane by simple diffusion.

The facilitated diffusion is the process that helps large molecules to pass through the plasma membrane down the concentration gradient with the help of protein channels. As the glucose moves down the gradient by this process there is no need for energy as channels regulate the movement of molecules.

Thus, the correct answer is - Facilitated diffusion through protein channels.

I think is b but I don’t no

b. is the answer. When the temperature rises particles move faster.

Why does darkness affect the light-independent reactions of photosynthesis?

Why does darkness affect the light-independent reactions of photosynthesis? Plants stop their daytime activities and rest during the night much like animals do. ... Mitochondria produce sugars more effectively in the darkness than chloroplasts do. Light independent reactions require the energy gathered in the

Darkness affects the light-independent reactions or Calvin cycle in photosynthesis indirectly by halting the production of ATP and NADPH from the light-dependent reactions, which are necessary for the Calvin cycle to synthesize carbohydrates.

Light-independent reactions, also known as the Calvin cycle, in photosynthesis, don't necessarily occur in darkness but are called 'light-independent' because they do not require light to proceed. They use the ATP and NADPH produced in the light-dependent reactions to convert carbon dioxide into carbohydrates. However, the Calvin cycle can be indirectly affected by darkness because the light-dependent reactions, which produce the ATP and NADPH needed for the Calvin cycle, cease without light. Without these products, the Calvin cycle cannot proceed efficiently. Additionally, enzymes like rubisco in the Calvin cycle are also sensitive to light and may be less active in the dark, further reducing the Calvin cycle's effectiveness at night.

Answer:

Its B. the next one is structures of cell membranes. The one after this one is chemical message. The one after that one is insulation.  mark brainlest plz and yall welcome!!!

Explanation:

Fat around organs is also known as visceral fat or intra-abdominal fat. It serves a protective role in the body. Therefore, option B is correct.

It acts as a cushioning layer and provides insulation to protect the organs from mechanical shocks and impacts. This layer of fat helps safeguard vital organs like the liver, kidneys, and intestines from potential injuries.

While fat is present in various tissues and has numerous roles in the body, including hormone regulation and thermal insulation, the specific function of fat around organs is primarily related to protection.

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this is literally the one and only question i need to pass. im guessing it would be............................... C.   a whitewater rafting guide at a park in montana.......

its correct on e d g e n u i t y!!!!! hope i helped!!

Answer:

its C

Explanation:

The answer is A: Infiltration.

A: infiltration because the rainwater is seeping into the ground.

Answer: the hair becomes club hair during the regression phase

Explanation:

the homozygous dom mouse is the one with the strongest genes so all the babies will turn out to look like the parent. Half of the mice will be heterozygous

Answer:

it most likely half and half so 50 50

Explanation:

Answer:

Anaerobic process

Cellular respiration requires oxygen and a food molecule such as glucose, and it gives off carbon dioxide, water, and energy. Pathways of cellular respiration that require oxygen are said to be aerobic. Glycolysis does not require oxygen, so it can quickly supply energy to cells when oxygen is unavailable.

Active transport requires energy and moves molecules against their concentration gradient, while passive transport does not require energy and moves molecules following their concentration gradient.

The fundamental difference between active and passive transport lies in the requirement of energy and the direction of molecular movement. Active transport requires energy, usually in the form of adenosine triphosphate (ATP), and moves molecules against their concentration gradient (low to high concentration). Examples of active transport include the sodium-potassium pump where sodium ions are pumped out of cells and potassium ions are pumped into cells, both against their concentration gradients.

On the other hand, passive transport does not require energy and moves molecules from areas of high concentration to areas of lower concentration, following their concentration gradient. Examples of passive transport include simple diffusion and facilitated diffusion.

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Answer:

Protein activity rises as temperature  rises, and in turn, improves the rate of the reaction.

Explanation:

Warmth plays a vital role in biology as a way to control reactions. Protein activity rises as temperature  rises, and in turn, improves the rate of the reaction. This also means activity lowers at colder  temperatures. All proteins have a variety of temperatures when they are working, but there are some  temperatures where they work optimally. Using the latest Celsius mode of temperature measurement, we  can quickly discover how warm or cool it is. It was also known as Centigrade. This is because it is based  on the freezing and boiling points of water with 100 degrees within those temperatures. The main SI unit  of temperature is the Kelvin, which measures certain temperatures. However, for our everyday practice,  we use Celsius which is directly associated to kelvins. This is placed so that pure liquid freezes at zero  degrees Celsius and boils at one hundred degrees Celsius.

Salad dressing is an example of a heterogeneous mixture. The reason it is heterogeneous is because not everything is perfectly mixed in together. In most salad dressings, there are chunks or particles that you can visibly see and separate. For the mixture to be considered homogeneous, everything would have to be combined smoothly, you wouldn't be able to see any chunks, and nothing would have been able to be separated, at least by physical means.

A mixture is a solution or a suspension that is made up of two or more components. Mixtures can be classified as:

This heterogeneous mixture is a suspension of oil and vinegar.

An Italian salad dressing is a mixture that is made up of components such as oil, vinegar, spices e.t.c

When oil mixes with vinegar the solution formed is called an immiscible solution. This is because oil mixing with vinegar does not form a uniform solution.

Hence, a mixture of oil and vinegar is a heterogeneous mixture.

Therefore, the correct option is Option A.

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compulsion is the action or state of being forced into do things

I believe the answer is transmission electron microscopes.

(Edited) It is Scanning Electron Microscope because it scan the surface of the substance and shows a 2 dimensional image

Chemical change: you should probably put a log burning

Homeostasis: you should draw the human body -the lungs and this as such showing if that's your level of drawing-

Stable: you should maybe draw a human being standing on one leg and completely balanced  or in control of their body

Id help you draw these things cos i guess im pretty good *looks at the screen*  but emm that's not gonna happen -_-||

Anyways Hopefully this helps ^-^

a long, seismically active submarine ridge system situated in the middle of an ocean basin and marking the site of the upwelling of magma associated with seafloor spreading. An example is the Mid-Atlantic Ridge.

I think that temperate steppe, because there is good so you can farm, there are forests for hunting, and in the cold winters, you can keep things like food to have it freeze and it would last longer. Hope this helps.

The answer is isotonic solution

A. The seductive part

Final answer:

The most sensitive part of the body is the face, especially the anterior two-thirds of the tongue. This is determined through special and general sensory tests.

Explanation:

The most sensitive part of the body is the face, especially the anterior two-thirds of the tongue. These areas are responsible for taste, which is a special sense. Testing the sensitivity of general senses like touch and painful stimuli can help determine the level of sensitivity in different parts of the body.

For example, sensitive parts like the face and fingers have more representation on the brain's cortex compared to less sensitive parts like the legs or back. This means that the brain devotes more space to process sensory information from these highly sensitive areas of the body.

lysosome- hulk SMASH.

nucleus- with great power comes great responsibility.

cell wall - I can protect all the day.

mitochondria-

I am the powerhouse of the cell.

chromosomes- it's not who I am underneath but what I do that defines me.

you'll like it I guess

thanks! ;) :D

Here are a few superhero slogans for some cell organelles: 'Blueprints of the cell, unlocking our potential!' for Chromosomes, 'Taking the bad, giving the good!' for Lysosome, and 'Controlling the cell for a powerful future!' for Nucleus.

Here are a few superhero slogans for some cell organelles:

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The difference is 1) sugars dissolve in water lipids don't. 2) sugars are made-up of subunits that form large polymers and lipids are not and don't form polymers. 3)Lipids store more energy than sugars hoped i helped