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Which process is used to replicate body cells?


gamete replication


meiosis


mitosis


cytokinesis

Answer:

nucleic acid (single- or double-stranded RNA or DNA) and a protein coat, the capsid, which functions as a shell to protect the viral genome from nucleases and which during infection attaches the virion to specific receptors exposed on the prospective host cell.

Explanation:

Answer: .

.

Explanation: The simplest virions consist of two basic components: nucleic acid (single- or double-stranded RNA or DNA) and a protein coat, the capsid, which functions as a shell to protect the viral genome from nucleases and which during infection attaches the virion to specific receptors exposed on the prospective host cell.

Answer:

The nucleus contains the genetic material within a cell, because it's the main part of the cell that carries most information :3

Explanation:

:3

The genetic material of a cell is present within the nucleus of cell. Nucleus contains DNA and RNA of the cell, RNA undergoes translation to form various proteins.

A nucleus is the membrane-enclosed organelle within a cell which contains the genetic material of the cell in the form of chromosomes. An array of pores present in the nuclear membrane allows the selective passage of certain molecules through the nucleus such as proteins and nucleic acids into and out of the organelle.

The nucleus controls and regulates all the cellular activities such as growth and metabolism. It contains the hereditary information of an organism. Nucleolus are the small bodies which are often seen within the nucleus. The gel-like matrix which contains the nuclear components is the nucleoplasm.

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Answer:

a. The moon is much, much closer to the Earth than the sun, causing a greater gravitational pull on the Earth and Ocean.

Explanation:

Answer:

Explanation:

DNA --> mRNA --> amino acid --> protein

This describes the central dogma

Answer:

C & D

Explanation:

C - The Sun has an 11 year solar cycle. When the solar cycle is at a minimum, active regions of the sun are rare and not many solar flares are detected. They dramatically increase as the Sun approaches the maximum part of its cycle.

D - It's the Sun. It's moody. Solar flares are pretty sporadic, they're sudden and often unpredictable.

Answer:

Subtract 4x4x from both sides of the equation.

y=16−4xy=16-4x

2x+3y=−22x+3y=-2

Replace all occurrences of yy in 2x+3y=−22x+3y=-2 with 16−4x16-4x.

y=16−4xy=16-4x

2x+3(16−4x)=−22x+3(16-4x)=-2

Simplify 2x+3(16−4x)2x+3(16-4x).

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y=16−4xy=16-4x

−10x+48=−2-10x+48=-2

Solve for xx in the second equation.

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y=16−4xy=16-4x

x=5x=5

Replace all occurrences of xx in y=16−4xy=16-4x with 55.

y=16−4⋅5y=16-4⋅5

x=5x=5

Simplify 16−4⋅516-4⋅5.

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y=−4y=-4

x=5x=5

The solution to the system of equations can be represented as a point.

(5,−4)(5,-4)

The result can be shown in multiple forms.

Point Form:

(5,−4)(5,-4)

Equation Form:

x=5,y=−4x=5,y=-4



4x+y=16,2x+3y=−24x+y=16,2x+3y=-2

Answer:

Maybe me but whats the question?

Explanation:

Answer:

14 grams = 126 total

22 carbs = 88 grams

10 protein = 40 calories

Explanation:

For 14 grams you multiply it by 9 which makes it 126

and 22 you multiply it by 4 and so on. I don't know if I did this correctly

Explanation:

Protein I think is the answer for this question.

➜ These are the reasons so Mendel choose pea plant for his experiment:

Answer:

Geregor Mendel chose the pea plants for his experiments because the garden pea is an ideal subject in the study of genetics for the following reasons: presence of observable traits with contrasting forms produces many offspring in one cross.

Answer:

Hope this will help you lot.

Answer:

you forgot the picture, bud

Explanation:

Answer:

Nuestra Vía Láctea Galaxy es una espiral galaxia . Algunas galaxias espirales son lo que llamamos "espirales barradas" porque la protuberancia central parece alargada, como una barra

explicación:

espero que te ayude

Answer:Known as the “powerhouses of the cell,” mitochondria produce the energy necessary for the cell's survival and functioning. Through a series of chemical reactions, mitochondria break down glucose into an energy molecule known as adenosine triphosphate (ATP), which is used to fuel various other cellular processes.

Explanation:

Krebs cycle and electron transport chain

Answer:

The Krebs cycle and electron transport chain

Explanation:

The Krebs cycle takes place inside the mitochondria. The Krebs cycle produces the CO2 that you breath out. This stage produces most of the energy ( 34 ATP molecules, compared to only 2 ATP for glycolysis and 2 ATP for Krebs cycle). The electron transport chain takes place in the mitochondria.

Answer:

local weather

Explanation:

weather refers to short-term changes in the atmosphere, climate describes what the weather is like over a long period of time in a specific area. Different regions can have different climates. ... Weather tells you what to wear each day. Climate tells you what types of clothes to have in your closet.

Answer:

True

Explanation:

The environment provides each organism with everything it needs to live. All over Earth there are many different kinds of plants and animals that are specially suited to live in their environments.  Plants and animals must react to these changes in order to survive. Organisms clearly owe their origin, metabolism, and many other internal functions to chemical phenomena, especially the chemistry of large organic molecules. Organisms are complex systems of chemical compounds that, through interaction and environment, play a wide variety of roles.

Answer: B

Explanation:

Answer: The most numerous of the granulocytes—making up 50 to 80 percent of all white cells—are neutrophils. They are often one of the first cell types to arrive at a site of infection, where they engulf and destroy the infectious microorganisms through a process called phagocytosis.

Explanation: the answer is A) Neutrophil

Answer:

x2

Explanation:

The medium-sized finch consumes seeds as food. The bill shapes of the birds vary from person to individual; some have broad, deep bills, while others have narrower beaks. Smaller beaked birds are more efficient at eating little, soft seeds than larger beaked birds at eating large, hard seeds.

A dry spell in 1977 changed the island's vegetation. After this time, the quantity of seeds drastically decreased, with small, soft seeds experiencing a bigger decline than large, hard seeds. The following year, the large-billed birds fared better than the small-billed ones in terms of survival.

When the Grants assessed beak sizes in the drastically reduced population in the year after the drought, they discovered that the average bill size was higher.

This provided unequivocal proof that the availability of seeds led to natural selection of bill size. The Grants were aware that selection would result in the development of bill size since they had examined the inheritance of beak sizes and saw that large-billed birds that survived would typically prefer to have children with larger bills.

The Grants' further research has shown how selection for and evolution of this species' larger bills occurred in response to other changing island conditions. When large seeds started to become scarce, the evolution happened both to larger beaks, as in this instance, and to smaller banknotes.

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Answer:

monohybrid

Explanation:

Answer:

Antibiotic resistance continues to become worse, despite the ever-increasing resources devoted to combat the problem. One of the most important factors in the development of resistance to antibiotics is the remarkable ability of bacteria to share genetic resources via Lateral Gene Transfer (LGT).

LGT occurs on a global scale, such that in theory, any gene in any organism anywhere in the microbial biosphere might be mobilized and spread. With sufficiently strong selection, any gene may spread to a point where it establishes a global presence. From an antibiotic resistance perspective, this means that a resistance phenotype can appear in a diverse range of infections around the globe nearly simultaneously. We discuss the forces and agents that make this LGT possible and argue that the problem of resistance can ultimately only be managed by understanding the problem from a broad ecological and evolutionary perspective. We also argue that human activities are exacerbating the problem by increasing the tempo of LGT and bacterial evolution for many traits that are important to humans.