Someone name them for me

Answer:

Addition of large amounts of water to leach out salts

Explanation: Hope it helps

Reversing soil salinity is time-consuming and costly. Improving irrigation channels, capturing and processing salty drainage water, building desalting facilities, and enhancing aquifer recharge are possible solutions.

The amount of salt that is present in the soil is referred to as its salinity, and the process of increasing the amount of salt in the soil is referred to as salinization. Salts can be found in both the soil and the water naturally. Natural processes like the weathering of minerals can lead to salination, as can the slow removal of water from an ocean over time.

Reducing the amount of salt in the soil is an expensive and time-consuming process. The improvement of irrigation channels, the collection and treatment of salty drainage water, the construction of desalting facilities, and the enhancement of aquifer recharge are all potential solutions.

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Explanation:

Identical twins may have less in common than they think. A study now shows that the expression of their genes gets more and more different with age.

The findings could help to explain why one twin may develop a genetically influenced disease, such as diabetes, while the other remains perfectly healthy.

Identical twins have identical genes, because they are born of an embryo that splits at a very early stage in development. Such twins are often indistinguishable in outward appearance. But over the course of time they may experience radically dissimilar health.

Most scientists have assumed that environmental and lifestyle differences cause such divergence. These things trigger chemical reactions that affect our DNA and the proteins entwined with our DNA, called histones. One such reaction, known as methylation, influences the expression of genes and so can have an impact on health.

Explanation:

Only 10% of calories will be transfered to the next higher level.

5000 * 0.1 = 500.

500 calories will transfer to the secondary consumers.

The number of calories that will be transferred to secondary consumers will be-

10% of 5000 = 500 and

10% of 500 =50 calories.

The ten percent law explains the energy transfer among the trophic levels in a food chain. It was given by Raymond Lindemann.

According to this law, when the energy is transferred from one trophic level to the next, ninety percent of the energy is lost in the form of heat and only ten percent of the energy is received by the next trophic level.

For example, if an energy level or a trophic level has 10,000 calories, only ten percent will be received by the next energy level which is 1000 calories.

In an ecosystem, energy is produced by primary producers. If the primary producers start with 5000 calories of energy, the energy received by the next trophic level, i.e by the primary consumers will be ten percent of 5000. This will be equal to 500.

Therefore the energy received by secondary consumers will be ten percent of 500, which will be equal to 50 calories.

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Answer:

Single nucleotide deletion

Explanation:

Original DNA sequence:

A T A C G G T A

T A T G C C A T

Mutated DNA sequence:

A T C G G T A G

T A G C C A T C

​In the mutated sequence, there is a nucleotide missing. It goes from ATACGGTA to ATCGGTAG. The A nucleotide is gone. This represents a single base pair deletion.

Even though it is only one base, this changes the way the entire sequence is interpreted. The DNA transcribed into an mRNA and then translated into a protein by reading triplet codons which correspond to specific amino acids.

So while the initial sequence would be read as:

ATA, CGG, TA...

The new sequence would be read as:

ATC, GGT, AG...

So the sequence of the protein is completely altered.

Answer:

D

Explanation:

deletion mutation

Answer:

Well, you will need to see how this fungus looks like. I would say it is a green, black, and brown color and it would be classified as an mold type fungus.

Answer: The answer is sunlight.

Explanation:  Sunlight is captured from the plants leaves and that energy is used to break down water into hydrogen and oxygen.

Hope This Helps!!! : )

Answer:

i think it's LL (i haven't done this since middle school sooooo srry if i'm wrong)

Answer:B:Cells contain protein,and viruses contain only carbohydrates.

Explanation:

Answer:

A. Kidneys

Explanation:

Healthy kidneys filter about a half cup of blood every minute, removing wastes and extra water to make urine. The urine flows from the kidneys to the bladder through two thin tubes of muscle called ureters, one on each side of your bladder. Your bladder stores urine!

Btw I am on K12 (7th grade) :)

Answer: The organs that form the excretory system in human beings include the kidney, ureter, urethra, and urinary bladder.

Answer:

Could you be more specific on what you're asking about? It is kind of unclear.

(I can update this answer if you help by clarifying what you're asking)

Answer:

i think it might be carbon dioxide, but sorry if i'm wrong

Explanation:

Answer:

It's Glucose ([tex]C_{6}H_{12}O_{6}[/tex])

Explanation:

This is how you should remember it. Synthesis in photosynthesis mean to make and usually plants are the ones using photosynthesis, and what do plants eat? They eat sugar that they made by using Carbon Dioxide and water, and the sugar's name is glucose. Anything that ends with -ose means it's a name of a type of sugar.

Chlorophyll is the green pigment inside the chloroplasts. They help the plant convert the energy taken into glucose. More specifically they absorb light which is the energy that converts the carbon and the water into glucose.

Answer:

electron transport chain

Answer:

oxidative phosphorylation

Explanation:  That produces the most ATP out of all 3 steps. Everything produces a net gain of 2 atp while oxidative phosphorylation produces 34 or so. (These are best case scenarios, you will be asked about the best case scenario)

Answer: what do you want me to say? You didn’t put a question

Explanation:

Answer: Fossils of limb structures provide evidence that ancient and modern tetrapods are related because it backs up the fact that both ancient and modern tetrapods follow the one bone two bone many bone digit pattern. It suggests to how modern and ancient tetrapods have the ancestry which come from early tetrapods.

Hope this helps.... Stay safe and have a great weekend!!!!!! :D

Answer:

b. ovulation

Explanation:

trust :)

Answer:

Examples of cells that are produced through mitosis include cells in the human body for the skin, blood, and muscles.

Explanation:

In this case cells go through different phases called the cell cycle. The "normal" state of a cell is called the "interphase". The genetic material is duplicated during the interphase stage of the cell.

Answer:

Secondary lung cancer is when a cancer that started somewhere else in the body has spread to the lung.

Where a cancer starts is called the primary cancer. This is when some cancer cells break away from the primary cancer. They can move through the bloodstream or lymph system to another part of the body to form a new tumor. This is called a secondary cancer. Secondary cancers are also called metastases  The secondary cancer is made of the same type of cells as the primary cancer.

If your cancer started in your bowel and has spread to your lung, the areas of cancer in the lung are made up of bowel cancer cells.  

This is different from having a cancer that first started in the lung (a primary lung cancer). In that case, the cancer is made up of lung cells that have become cancerous.

Answer:

CHARLIS LUNGS LOLDJS HHAH SHW

Answer:

B&C

Explanation:

B explanation~

"The Kuiper belt is home to three officially recognized dwarf planets: Pluto, Haumea and Makemake. Some of the Solar System's moons, such as Neptune's Triton and Saturn's Phoebe, may have originated in the region."

C explanation~

Image result for which is the only body in the solar system without an atmosphere.

Pluto

Pluto is a dwarf planet that lies in the Kuiper Belt, an area full of icy bodies and other dwarf planets out past Neptune.

oo, The Big Bang theory predicts how much of each element should have been made in the early universe, and what we see in very distant galaxies and old stars is just right. You cannot look in new stars, like the Sun, for this evidence, because they contain elements that were created in previous generations of stars.

i hope you will get some knowledge from here❣

Answer:

energy...........I think

Answer:

plant and animal cells all need a nucleus to keep the cell together

Explanation:

plas.a membrane proteins

Answer:

i would say d but am not there yet i got bio in 8th

Hello user!

After one year (one half-life), half of the radioactive atoms have decayed to form stable daughter products, and 50% of the radioactive atoms remain. After another year (two half-lives), half of the remaining radioactive atoms have decayed, and 25% of the radioactive atoms remain.

Suppose red is R, white=W, pink=RW

(Punett square is attached)

A) Incomplete dominance

B) 1:1

C) 1:1

Answer:

primary producers have 6500

primary consumers have 650

secondary consumers have 65

third level consumers have 6.5

the last one gets 0.65

Answer:

x=143.15

Explanation:

Answer:

C. muscles

Explanation:

Offspring and money have nothing to do with fitness xD