Long-chain complex molecules composed of amino acids are called-

Answer:

Altruism is a form of prosocial behavior, which is used to describe a person who is helping someone with no intention of having any internal or external reward in return. Some psychologists suggest that altruism is a key motivation for prosocial behavior.

The nitrogen cycle is important to humans in the following way: it converts nitrogen into a form that humans can obtain by eating other organisms (option B).

What is the nitrogen cycle?

Nitrogen cycle is the natural circulation of nitrogen in a series of processes by which nitrogen and its compounds are interconverted in the environment and in living organisms, including nitrogen fixation and decomposition.

During the nitrogen cycle, atmospheric nitrogen is converted to nitrogen oxides by lightning and deposited in the soil by rain, where it is assimilated by plants and either eaten by animals (and returned as faeces) or decomposed back to elemental nitrogen by bacteria.

The usable form of nitrogen that is assimilated by plants becomes accessible to humans when they consume the plants, hence, depicting the importance of the nitrogen cycle.

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Answer:

Arboreal Habitats.

Explanation:

The word arboreal has its roots in the Latin word arboreus, which means "relating to trees."

The word arboreal speaks to not just to animals that are adapted to the tree environment, but also to all other things that look like or take the branching form of a tree. An example would be a diagrammatic representation of one's family geology.

Examples of animals that live on trees are:

KoalaMajority of the Avian Species (especially those that can fly)Sloths etc.

Cheers!

Human activity, such as habitat destruction, light pollution, and pesticide use, can disrupt firefly mating habits by reducing suitable habitats, interfering with their light signals, and harming their food sources.

Human activity can have various impacts on the mating habits of fireflies, leading to population declines.

Habitat destruction: Human activities such as deforestation, urbanization, and agricultural expansion can destroy the natural habitats where fireflies live and breed. Loss of suitable habitat reduces the available mating sites for fireflies.Light pollution: Artificial lights from cities, buildings, and streetlights can disrupt firefly mating signals. Fireflies use bioluminescent flashes to communicate and attract mates, but excessive artificial light can interfere with their ability to see and respond to each other's signals.Pesticide use: The use of pesticides, particularly insecticides, can directly harm firefly populations. Firefly larvae live in soil and leaf litter, and pesticide applications can kill these vulnerable stages, reducing the number of adult fireflies that can mate.Reduction of food sources: Firefly larvae feed on small invertebrates, including snails, slugs, and worms. Human activities like the use of chemical pesticides and habitat destruction can reduce the availability of these food sources, leading to decreased larval survival and, subsequently, fewer adults for mating.

Overall, human activity can disrupt firefly mating habits by reducing suitable habitats, interfering with their light signals, harming their food sources, and directly impacting their populations. This can result in declining numbers of fireflies during their mating season.

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Answer:

ok so like i think they do but it also makes things really complicated

Explanation:

becauuuuseeeee its the fact that for me i always think that maybe thats how the world birthed orrrrrrrr that all of this is a made up concept of life cause everything you think about is just another concept. anddddd it could just be like the matrix and its like hard to think about how everything we know couldd just be made up or pointless to the point where there is a point of living ykkkkk.

Mark Brainliest please

My argument runs like this. I’ll construe “science” as the set of tools we use to find truth about the universe, with the understanding that these truths are provisional rather than absolute. These tools include observing nature, framing and testing hypotheses, trying your hardest to prove that your hypothesis is wrong to test your confidence that it’s right, doing experiments and above all replicating your and others’ results to increase confidence in your inference.

And I’ll define religion as does philosopher Daniel Dennett: “Social systems whose participants avow belief in a supernatural agent or agents whose approval is to be sought.” Of course many religions don’t fit that definition, but the ones whose compatibility with science is touted most often – the Abrahamic faiths of Judaism, Christianity and Islam – fill the bill.

Next, realize that both religion and science rest on “truth statements” about the universe – claims about reality. The edifice of religion differs from science by additionally dealing with morality, purpose and meaning, but even those areas rest on a foundation of empirical claims. You can hardly call yourself a Christian if you don’t believe in the Resurrection of Christ, a Muslim if you don’t believe the angel Gabriel dictated the Qur’an to Muhammad, or a Mormon if you don’t believe that the angel Moroni showed Joseph Smith the golden plates that became the Book of Mormon. After all, why accept a faith’s authoritative teachings if you reject its truth claims?

Indeed, even the Bible notes this: “But if there be no resurrection of the dead, then is Christ not risen: And if Christ be not risen, then is our preaching vain, and your faith is also vain.”

Many theologians emphasize religion’s empirical foundations, agreeing with the physicist and Anglican priest John Polkinghorne:

“The question of truth is as central to [religion’s] concern as it is in science. Religious belief can guide one in life or strengthen one at the approach of death, but unless it is actually true it can do neither of these things and so would amount to no more than an illusory exercise in comforting fantasy.”
The conflict between science and faith, then, rests on the methods they use to decide what is true, and what truths result: These are conflicts of both methodology and outcome.

In contrast to the methods of science, religion adjudicates truth not empirically, but via dogma, scripture and authority – in other words, through faith, defined in Hebrews 11 as “the substance of things hoped for, the evidence of things not seen.” In science, faith without evidence is a vice, while in religion it’s a virtue. Recall what Jesus said to “doubting Thomas,” who insisted in poking his fingers into the resurrected Savior’s wounds: “Thomas, because thou hast seen me, thou hast believed: blessed are they that have not seen, and yet have believed.”


Two ways to look at the same thing, never the twain shall meet. Gabriel Lamza/Unsplash
And yet, without supporting evidence, Americans believe a number of religious claims: 74 percent of us believe in God, 68 percent in the divinity of Jesus, 68 percent in Heaven, 57 percent in the virgin birth, and 58 percent in the Devil and Hell. Why do they think these are true? Faith.

But different religions make different – and often conflicting – claims, and there’s no way to judge which claims are right. There are over 4,000 religions on this planet, and their “truths” are quite different. (Muslims and Jews, for instance, absolutely reject the Christian belief that Jesus was the son of God.) Indeed, new sects often arise when some believers reject what others see as true. Lutherans split over the truth of evolution, while Unitarians rejected other Protestants’ belief that Jesus was part of God.

And while science has had success after success in understanding the universe, the “method” of using faith has led to no proof of the divine. How many gods are there? What are their natures and moral creeds? Is there an afterlife? Why is there moral and physical evil? There is no one answer to any of these questions. All is mystery, for all rests on faith.

The “war” between science and religion, then, is a conflict about whether you have good reasons for believing what you do: whether you see faith as a vice or a virtue.

Compartmentalizing realms is irrational

So how do the faithful reconcile science and religion? Often they point to the existence of religious scientists, like NIH Director Francis Collins, or to the many religious people who accept science. But I’d argue that this is compartmentalization, not compatibility, for how can you reject the divine in your laboratory but accept that the wine you sip on Sunday is the blood of Jesus?

The answer is fog because it thick smoke

Answer:

Cork formation is a type of secondary growth that occurs in the stems and roots of woody plants. Gum formation, on the other hand, is a type of defense mechanism that occurs in response to injury or infection.

Explanation:

Answer: No They Can Not\ XD

Answer:

The population has decreased because the number of live births has decreased.

The evidence suggests that the population has decreased because of the lack of food availability and resource population due inappropriate management of habitat. The parrots losing their resource population has affected the reproduction cycles of the breeding females causing lower live births in these parrots.  

Climate change also should be taken into account, with the everyday change in the climate it makes for migration to populated breeding grounds unmanageable. If this proves to be the case then an artificial climate controlled sanctuary may be one of the last hopes to saving this breed on parrot.  

Based on the evidence, I conclude that improving or creating an ecosystem where the food resources are plentiful and the climate was sustainable would increase the breeding of the animal.

Explanation: Hope this Helps.

Answer: imprinting

Explanation: i took the test

Answer:

3

Explanation:

Only 3 nucleotides make up each codon.

Molecules and ions can pass through the membrane by Passive transport (simple diffusion and faciitated diffusion) and Active transport. A. Small molecules with no charge. B. Carriers and channel proteins help ions and larger molecules to pass through the membrane.

What are passive and active transport?

Substances can move through the membrane by Active transport and passive transport. The main difference between them is that passive transport does not need energy to occur, while active transport does.

Passive transport includes simple diffusion and facilitated diffusion.

Simple diffusion is the pathway for some small polar hydrophilic molecules that can freely move through momentary openings in the membrane that are formed as a result of lipids movements.

Diffusion is a very slow process and to be efficient requires short distances and pronounced concentration gradients. An example of diffusion is osmosis where water is the transported molecule.

Facilitated diffusion refers to the transport of hydrophilic molecules that are not able to freely cross the membrane. Channel protein are in charge of this passive transport, which depends on concentration gradients and electrochemical gradient. The glucose is an example of a hydrophilic protein that gets into the cell by facilitated diffusion.

Active transport acts against the electrochemical gradient, so it does need the energy to transport substances. Carrier proteins are involved in active transport. They carry molecules from a low concentration side of the membrane to a high concentration side.

The used energy comes from ATP (Na-K bomb) or the membrane's electric potential.

A. What kind of molecules diffuse (go through) the cell membrane directly? Small molecules with no charge.

B. How can some large molecules and charged ions get through the cell membrane? Carriers and channel proteins help ions and larger molecules to pass through the membrane.

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If a student's car traveled 2.0 m in 3.6 seconds, the average speed of the car over those 2.0 meters would be 0.56 m/s.

The formula for average speed is average speed = distance/time. In this case, the distance traveled is 2.0 m and the time taken is 3.6 seconds. Therefore, the average speed can be calculated as: average speed = 2.0 m / 3.6 saverage speed = 0.56 m/sThe average speed of the car over those 2.0 meters is 0.56 m/s. This means that the car traveled 0.56 meters in one second, on average. It is important to note that average speed is different from instantaneous speed, which is the speed of an object at a particular moment in time. Average speed is the total distance traveled divided by the total time taken, while instantaneous speed is the speed at a particular instant in time.Summary: To find the average speed of a car over a given distance, we need to use the formula average speed = distance/time. In this case, the car traveled 2.0 m in 3.6 seconds, so the average speed can be calculated as 0.56 m/s. It is important to distinguish between average speed and instantaneous speed, as they are different concepts.

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Answer:

a

Explanation:

give brainlessly if I'm right guy.

Answer:

planting

measuring

weeding

harvesting

Explanation:

hope this helps

don't forget to follow me

n mark my answer

None of the above facts is best represented by the arrows pointing down from F. The arrow pointing down from Dead Organisms to Fossils and Fossil Fuels represents the fact that the organic matter from dead organisms can be transformed into fossil fuels over millions .

What is an Organism ?

An organism is any living entity that can carry out the basic functions of life such as reproduction, growth, and adaptation to its environment. This can range from a single-celled bacteria to complex multicellular organisms such as plants, animals, and humans. Organisms can exist in different ecosystems and can interact with each other to form communities and food webs.

What is a multicellular ?

Multicellular organisms are organisms that consist of more than one cell, in contrast to unicellular organisms that consist of a single cell. Multicellular organisms can range in size from microscopic to large and complex, such as humans and other animals, plants, and fungi. The cells of multicellular organisms are specialized to perform different functions, and they work together to form tissues, organs, and organ systems that carry out specific functions within the organism.

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Answer:

Because the life cycle resembles to that of other organisms

1-EGG

2-LARVA

3-PUPA

4-ADULTHOOD

Explanation:

NOOOOOOO are u talking about THE weekend or a diff one

Like terrestrial biomes, aquatic biomes are influenced by a series of abiotic factors. The aquatic medium—water— has different physical and chemical properties than air, however. Even if the water in a pond or other body of water is perfectly clear (there are no suspended particles), water, on its own, absorbs light. As one descends into a deep body of water, there will eventually be a depth which the sunlight cannot reach. While there are some abiotic and biotic factors in a terrestrial ecosystem that might obscure light (like fog, dust, or insect swarms), usually these are not permanent features of the environment. The importance of light in aquatic biomes is central to the communities of organisms found in both freshwater and marine ecosystems. In freshwater systems, stratification due to differences in density is perhaps the most critical abiotic factor and is related to the energy aspects of light. The thermal properties of water (rates of heating and cooling and the ability to store much larger amounts of energy than the air) are significant to the function of marine systems and have major impacts on global climate and weather patterns. Marine systems are also influenced by large-scale physical water movements, such as currents; these are less important in most freshwater lakes.

The ocean is categorized by several areas or zones (Figure 44.21 (Links to an external site.)). All of the ocean’s open water is referred to as the pelagic realm (or zone). The benthic realm (or zone) extends along the ocean bottom from the shoreline to the deepest parts of the ocean floor. Within the pelagic realm is the photic zone, which is the portion of the ocean that light can penetrate (approximately 200 m or 650 ft). At depths greater than 200 m, light cannot penetrate; thus, this is referred to as the aphotic zone. The majority of the ocean is aphotic and lacks sufficient light for photosynthesis.

Answer:

The direct opposite of something (ex: place, location, etc.)

Explanation:

My dictionary told me.

According to the research, the correct answer is that the flow of energy is part of the rock cycle through the solar energy that reaches the Earth and the internal heat of the earth both drive and provide energy for processes of the Cycle.

What is the rock cycle?

They are the geological processes or transitions of material that rocks go through to become one of the different types of rocks:

Igneous rocksMetamorphic rocksSedimentary rocks

In this sense, the two sources of energy for these transformations are the sun providing energy for sediment consolidation processes such as erosion and transport to form sedimentary rocks and internal heat from the earth providing energy for processes such as subduction, melting and metamorphism that occurs in igneous and metamorphic rocks.

Therefore, we can conclude that according to the research, the flow of energy allows processes such as erosion, melting, metamorphism essential for the rock cycle.

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The following could serve as a dichotomous key to identifying the ten leaves: Oval or elliptic in shape. linear or lanceolate in form. cordate or triangular in form. Orbicular or reniform leaves. Oval or spatulate leaves. smooth leaf margin

What does a dichotomous leaf key entail?

An instrument that assists in the identification of different leaf species is a dichotomous key for leaves. By offering two different explanations for each observation, it aids in the classification of species.

What kind of plant has a dichotomous key, specifically?

For instance, a dichotomous key in tree identification would inquire as to whether the tree has leaves or needles. If the tree has leaves, the key then sends the user down one set of questions; if the tree has needles, an other list of questions is presented.

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The geometric shape that will best model the cells would be a flat round disc.

Modeling cells

The image is that of a structure containing many cells that are similar in appearance, most likely a tissue.

Each cell can be seen to be somewhat round in shape, typical of many animal cells.

Thus, in order to model such cells, flat round discs will be ideal. Using any other shape will be totally out of place.

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D gene is an X-chromosome-linked gene. a) 100% will have the disease, XdY // 0% will be carriers. b) 0% will have the disease // 100% will be carriers, XDXd.

What are the séx-linked genes?

These are genes that can be found only in the X-chromosome. The inheritance pattern expressed by these genes varies from the one expressed by genes located in autosomal chromosomes.

In the exposed exampe,

- muscular dystrophy are X-linked recessive disorders

- woman ⇒ carrier for muscular dystrophy ⇒ heter0zyg0us ⇒ XDXd

- man ⇒ doesn’t have muscular dystrophy ⇒ X-chromosome with the dominant allele ⇒ XDY

- XD ⇒ chromosome rarrying the dominant allele

- Xd ⇒ chromosomes carrying the recessive allele

Cross: Man x Woman

Parentals)   XDY     x      XDXd

Gametes) XD   Y           XD   Xd

Punnett square)       XD           Xd

                      XD   XDXd       XDXd

                      Y      XdY           XdY

F1) 1/2 = 50% of the progeny will express the normal phenotype,  XD-

    1/2 = 50% of the progeny will have muscular dystrophy, Xd-

    100% of the girls will be normal and carriers,  XDXd

    100% of the boys have muscular dystrophy, XdY

a. What percentage of their sons will have the disease, and what percentage of their sons will be carriers?

Considering only boys,

100% of them will have the disease, XdY0% will be carriers.

b. What percentage of their daughters will have the disease, and what percentage of their daughters will be carriers?

Considering only girls,

0% of them will have the disease, 100% will be carriers, XDXd

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A primary succession is when lichens start to grow on exposed bare rock after a glacier retreats and a deciduous forest is clear-cut.

Primary succession is a type of ecological succession (the development of an ecological structure within a biological community) in which plants and animals first occupy a lifeless, sterile environment. Pioneer species are those that are the first to establish themselves in a brand-new environment. Through their interactions, these species create a basic initial biological community. As new species enter this society, it becomes more complicated.

Following a severe disturbance, primary succession is the first stage of ecological recovery and typically takes place in an environment devoid of vegetation and other living things. As a result of environmental disturbances like lava flows and retreating glaciers, these habitats often lack soil.

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Answer:

Explanation:

Asexual reproduction (also called asexual multiplication) corresponds to the ability to live organisms to multiply alone (without male or female partners), that is to say without involving the fusion of two gametes of different sex.

The parasitic organism usually hinges on their host cells for nutritional benefits and for sustenance. Before this can happen, they need to adjust to the new environment(i.e. the host cell environment) and alter the functionality of the host immune system.

Hence, by using asexual means of reproduction, newer species which have genetically and environmentally hybrid species are being produced which can quickly adapt to these environments and they can thrive better than their predecessors.

Los peroxisomas juegan un papel clave en la oxidación de biomoléculas específicas. También contribuyen a la biosíntesis de lípidos de membrana conocidos como plasmalógenos. En las células vegetales, los peroxisomas llevan a cabo funciones adicionales, incluido el reciclaje de carbono del fosfoglicolato durante la fotorrespiración.

Answer:

Yes

Explanation:

Since community means "all animals" and wolves are top predators in the food chain, that means that don't have any predators and the only way they can die is of disease, age, injury, etc. It even says it in the question, "in a community rises". If its rising then it will be permanent. Therefore, the increase in wolves will continue to rise at a steady or even higher pace than before.

Best of Luck!

The bacteria are the Decomposers.

The answer to your question is bacteria