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Answer: C) Plants absorb the nitrogen from the soil and animals can eat the plants.

Heterotrophs, specifically herbivores and omnivores, are animals that eat plants (autotrophs) to get the nutrients they need. Those that eat the plants get the nitrogen from the plant that has absorbed it from the soil. Omnivores and carnivores eat the herbivores to get nitrogen that way. For more more information, take a look at the nitrogen cycle.

Answer:

Symbiotic bacteria plus earthworms.

Explanation:

Symbiotic bacteria is a type of bacteria which in which a bacteria lives in association with other organisms and gain benefits from one another. The nitrogen fixing bacteria lives in the roots of the leguminous plants which fixes nitrogen for the plant and in return, the plant provides food. earthworms increased the availability of nutrients, better drainage, and aeration of the soil which is very necessary for the plant growth.

Answer: all broad classes of microbiota in balance

Explanation:edg 2021

Answer:

Ions, sugars, amino acids, and sometimes water

Explanation:

Those substances are unable to diffuse across the membrane, so they use an ATP-powered ion pump, channels, and transporters to be transported across the membrane.

Answer:

The alternation of generations allows for both the dynamic and volatile act of sexual reproduction and the steady and consistent act of asexual reproduction. When the sporophyte creates spores, the cells undergo meiosis, which allows the gametophyte generation to recombine the genetics present

:)

Answer:

The answer to this question is given below in this explanation section.

Explanation:

Advantages of renewable energy resources:

Using renewable energy over fossil fuels has a number of advantages.Here are some of the top benefits of growing green.

Renewable energy technologies use resource straight from the environment to generate power.These energy sources include sunshine,wind,tides,and biomass,to name some of the more popular options.

In most cases,renewable energy technologies require less overall maintenance  than generators that use traditional fuel sources.This is because generating technology like solar panels and wind.

Using renewable energy can help you save money long term.Not only will you save on maintenance costs,but on operating cost as well.When you are using a technology but generates power from from the sun wind team natural processes.

Renewable energy resources emit little to no greenhouse gases or pollutants into the air.

With renewable energy technologies you can produce energy locally.The more renewable energy you are using for power needs.

Disadvantages of renewable energy:

You can save money by using renewable energy the technologies are typically more expensive upfront by traditional energy generators.

Through renewable energy resources are available around the world many of these resources are not available year around.

Because  of this intermittency of some renewable energy resources there a high need of energy storage.

The united states has a diverse geography with varying climates topographies vegetations and more.

Answer:

Renewable energy has several advantages and disadvantages. The advantages of renewable energy include unlimited supply, low environmental impact, and increased opportunities for employment. While these advantages are nice, there are some disadvantages. These include less reliability than nonrenewable energy, difficulty storing and transporting the energy, and higher costs.

Explanation:

sample response

Answer:

Soil erosion is a naturally occurring process that affect all landform. One uss of minerals is Copper

Answer:

What genotype would a heterozygous short haired

guinea pig have?  Ss

What genotype would a pure breeding short haired

guinea pig have?  SS

What genotype would a long-haired guinea pig have? ss

Explanation:

I just used S to substitute for my alleles, but you can use any letter. (For example: Ee, EE, ee)

If H is the dominant allele for short hair, we would have the followng genotypes:

Heterozygous short haired: Hh

Pure breeding short haired: HH

Long-haired guinea pig: hh

A dominant allele is an allele of a trait that always expresses itself in the presence of a recessive trait in an allelic pair. Capitral letter is usually used to denote the dominant allele.

Let H represent short hair (dominant allele)

h represents long hair (recessive allele)

Therefore, we would have the following:

Genotype for heterozygous short haired would be: Hh

Genotype for pure breeding short haired would be: HH

Genotype for long-haired guinea pig would be: hh

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Answer:

You cannot contract boils from someone who has boils.

Boils are not transferable from person to person

Answer:

its protein

Explanation:

Answer:

C

Explanation:

Organisms form carbon film when sediments cover the organisms and decay of organisms form hollows. When an organism is covered by sediment, it begins to decay. ... The hollow that forms on the sediment is the carbon film that contains what are called fossils of the organism

Answer:

Wavelength and Frequency

Explanation:

The speed of a wave can be related to the speed of an object which is calculated using:

[tex]Speed = \frac{Distance}{Time}[/tex]

So: the speed of a wave (v) is calculated using:

[tex]v = f * L[/tex]

Where:

[tex]f= Frequency[/tex]

[tex]L = Wavelength[/tex]

Frequency is calculated as:

[tex]f = \frac{1}{T}[/tex]

Where:

[tex]T = Period[/tex]

This means that the two basic information needed are the wavelength and the frequency of the wave

Answer:

B. They can bear extreme temperatures.

An advantage that cold-blooded animals have compared to warn-blooded ones is They can bear extreme temperatures.

Chlorophyll makes plants and algae appear green because it reflects the green wavelengths found in sunlight, while absorbing all other colors.

However, chlorophyll is not actually a single molecule. There are 6 different chlorophylls that have been identified. The different forms (A, B, C, D, E and F), each reflect slightly different ranges of green wavelengths. Chlorophyll A is the primary molecule responsible for photosynthesis. That means that chlorophyll A is found in every single photosynthesizing organism, from land plants to algae and cyanobacteria. The additional chlorophyll forms are accessory pigments, and are associated with different groups of plants and algae and play a role in their taxonomic confusion. These other chlorophylls still absorb sunlight, and thus assist in photosynthesis. As accessory pigments, they transfer any energy that they absorb to the primary chlorophyll A instead of directly participating in the process. Chlorophyll B is mainly found in land plants, aquatic plants and green algae. In most of these organisms, the ratio of chlorophyll A to chlorophyll B is 3:1. Due to the presence of this molecule, some organizations will group the green algae into the Plant Kingdom. Chlorophyll C is found in red algae, brown algae, and dinoflagellates. This has lead to their classification under the Kingdom Chromista. Chlorophyll D is a minor pigment found in some red algae, while the rare Chlorophyll E has been found in yellow-green algae. Chlorophyll F was recently discovered in some cyanobacteria near Australia. Each of these accessory pigments will strongly absorb different wavelengths, so their presence makes photosynthesis more efficient.

Answer:

Look down!! ;)

Explanation:

So, as the number of water vapor molecules increases in the air above the water, the condensation rate increases, too. The condensation rate will continue to increase until it matches the evaporation rate, which is a state called equilibrium, meaning the condensation rate equals the evaporation rate.

Hope this answers your question!! ;)

Answer: B is the correct answer

Explanation:

-_-

Answer:

The anwser would be A Mitochondria

ill be orange fam :)

Answer:

um i have no idea actually um i guess go into space isn't that where there is no gravity well less gravity????

Explanation:

Answer:

I think true

Explanation:

Answer:

What do you mean dichotomous key? and how many do you have to put down?

Explanation:

Answer:

the leaf of a plant takes the sunlight and converts it into food the stem and roots are for stability and for water absorbtion

Explanation:

Answer:

Seed plants have three main parts that serve specialized functions: roots, stems, and leaves. Roots help to anchor the plant in the ground as well as absorbing water and nutrients from the soil. ... Leaves carry out photosynthesis, which is the most important way that plants produce the energy to live.

Explanation:

Answer: Sea walnuts are marine invertebrates. They belong to the genus Mnemiopsis.

Explanation:

These animals have stinging tentacles like jelly fish and they often cast up or come to the sea shores where if they come in contact with humans can harm them by stinging.

The barrier if kept along the side of the sea shore and not allowing humans to reach to the shore can help in preventing the harm from these animals. The introduction of the predatory animals in the sea can also help in reducing their population.

The three benefits for removing the sea walnut:

1. The population of other species will increase as sea walnut is an invasive species.

2. The balance of the marine ecosystem can be maintained.

3. Humans can be protected from the harm caused by these animals.

Answer:

if it's a silent mutation, nothing significant will happen, but if it's a frame shift mutation, it can make the baby deform.

Answer: most mutations will have no effect, although in rare cases an abnormal foetus may develop and even more rarely the embryo may be non-viable.

Explanation: A mutation at this stage is probably due to a random result of an external effect (cosmic ray for example) and probably a change in one nucleotide (a single nucleotide polymorphism). It is unlikely that the mutation will be an insertion, deletion or inversion.

Whatever the mutation, it is unlikely to occur in the relatively small proportion of coding DNA. If it does occur in coding DNA it is still unlikely to be at a critical codon. If it does occur at a critical codon, it may still code the the same amino acid, particularly if it is a third nucleotide.

There is a low probability that the mutation will prevent the formation of a fully functional protein, by altering a critical amino acid or altering the frame by changing a stop codon, or creating a stop codon, or altering a promoter region. Even in this case, any error can be avoided if the other allele is intact.

It is possible, however, that a mutation could result in a development abnormality (cystic fibrosis is an example),  or a non-viable embryo.

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Spliceosomes are multimegadalton RNA–protein complexes responsible for the faithful removal of noncoding segments (introns) from pre-messenger RNAs (pre-mRNAs), a process critical for the maturation of eukaryotic mRNAs for subsequent translation by the ribosome.

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The offspring of true-bred white-flowering pea plants have the same traits. So, they are white in color.

Offspring is the product of reproduction. It acquires the characters of parents and consists of some variations as well.

While performing a cross between pure red and pure white, pink flowers are obtained in the F1 generation due to incomplete dominance. Now, on selfing, this F1 generation, red, pink, and white flowers are produced in the ratio of 1:2:1, where true-bred white flowers are obtained.

Therefore, the offsprings of a true-bred white flowering have the same traits, and they are recessive in nature.

To learn more about Mendel's law, refer to the link:

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