The terms "fluid" and "mosaic" are used to describe the cell membrane. What does each of these terms tell you about the structure of the cell membrane?

Answer: Both produce energy.

Explanation: Both provide each other with the necessary ingredients for the process to take place: glucose and oxygen for cellular respiration, carbon dioxide and water for photosynthesis.

Image result for Two brown eyed parent have two children with blue eyes. Give the genotypes of each family member.

The only way to present blue eyes is to inherit two copies of the blue-eyed gene. However, brown-eyed parents can pass a recessive blue-eyed gene. Therefore, two brown-eyed partners can birth a blue-eyed baby.

Endosymbiosis is the theory that mitochondria and chloroplasts originated as independent bacterial cells that were engulfed by another cell and began functioning as organelles within that cell.

Answer: B

Answer:

Due to mating

Explanation:

The longer and more colorful tails evolved in peacocks in the process of natural selection in order to preserve the peacock species despite causing disadvantages for the males.

The Long and colorful tails ensured that the females got attracted for mating and subsequent reproduction to ensure they didn’t go extinct.

The bond types that may be utilized to establish the tertiary structure of a protein are the non-covalent bonds.

The tertiary structure of a protein is the arrangement of a protein in the three dimensional space. It is stabilized by the non-covalent bonds. It is the level of protein structure where a protein becomes functional. The example of protein which is functional in tertiary structure is myoglobin.

Non-covalent bonds are those that are formed between different molecules rather than the atoms. No sharing of electrons occurs in this type of bonding. The examples of these bonds are: ionic bonds, hydrogen bonds, Van der Waals forces, etc.

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Answer:weather

Explanation:

Answer:

food availability, water, and space.

Explanation:

A country’s carrying capacity is measured by the amount of individuals which are being able to be contained in her land area. The carrying capacity is dependent on important factors such as food availability, water and space.

When these factors are present then a country’s carrying capacity would surely be on the rise due to the necessity of man to be in areas with a high level of survival.

Answer:

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Explanation:

The concentration of mineral nutrient elements is higher inside the root-hairs than in the surrounding soil because the absorption of mineral elements from the soil involves active transport by the cells. As the concentration of ions always maintained greater inside the root hair water present in the surrounding soil moves into the roots by osmosis. This dilute solution of water and mineral salts, absorbed from the soil by the roots, can be used for food manufacture in the leaves, only if it can travel up to the highest points of the plant. This upward flow occurs through the xylem.

Explanation:

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The components involved with ER transport matched with the appropriate cellular location is as follows:

1. signal-recognition signal - A. cytosol

2. protein translocator - C. ER membrane

3. mRNA - A. cytosol

4. SRP receptor - C. ER membrane

5. active site of signal peptidase - B. ER lumen

1. Signal-recognition signal (SRS) - located in the cytosol, it is responsible for recognizing and binding to the signal sequence on newly synthesized proteins.

2. Protein translocator - located in the ER membrane, it facilitates the movement of newly synthesized proteins from the cytosol to the ER lumen.

3. mRNA - located in the cytosol, it serves as the template for protein synthesis.

4. SRP receptor - located in the ER membrane, it binds to the signal recognition particle (SRP) and facilitates the transfer of the protein to the protein translocator.

5. Active site of signal peptidase - located in the ER lumen, it cleaves the signal sequence from the newly synthesized protein.

In summary, the components located in the A. cytosol are 1. signal-recognition signal and 3. mRNA. The components located in the B. ER lumen is the 5. active site of signal peptidase. Lastly, the components located in the C. ER membrane are 2. protein translocator and 4. SRP receptor.

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Answer:

Adenine on one strand can pair only with thymine on the other strand; cytosine, only with guanine.

Explanation:

DNA nucleotides can contain one of four nitrogenous bases. These bases are adenine (A), thymine (T), guanine (G) and cytosine (C). The two strands are held together through hydrogen bonds that form between the nitrogenous bases. Adenine (A) forms bonds with thymine (T) while cytosine (C) forms bonds with guanine (G); A only ever pairs with T, and C only ever pairs with G.

The most common starting material for gluconeogenesis is pyruvate. During gluconeogenesis, pyruvate is converted back into glucose through a series of enzyme-catalyzed reactions to maintain blood glucose levels and supply energy for cells when carbohydrate availability is low.

The most common starting material for gluconeogenesis is lactate, glycerol, and certain amino acids such as alanine. These molecules are converted into intermediates that can be used to produce glucose through the process of gluconeogenesis.

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Answer:

Rabbits will decrease in number

A man is born with double-y syndrome: 47,xyy  the most likely explanation for this  Jacob's syndrome, is paternal meiotic error. or trisomy.

A rare genetic disorder called Jacobs syndrome, sometimes called 47,XYY syndrome, affects roughly 1 in 1000 male children. It is a member of the class of disorders known as "sex chromosomal trisomies," of which Klinefelter's syndrome is the most prevalent. The 1960s saw the earliest discovery of this syndrome. Men with the genotype 47,XYY were more likely to have antisocial tendencies than individuals without this genotype, according to early research on hospitalized men. The average age at diagnosis is around 17 years, and many people come in with infertility worries. Many individuals have very few, if any, phenotypic abnormalities, and patient presentations can vary widely. For those who do, macroorchidism, a tall height, macrocephaly (an excessively big head), and hypertelorisms may be present.

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Answer:

Special Building means a building solely used for the purpose of a drama or cinema theatre, a drive-in-theatre an assembly hall or auditorium, an exhibition hall, theatre, museum, a stadium, a “Mangal Karyalayas” or whether the built-up area of such a user exceeds 600 sq.

2. residential

commercial

retail

hotel

industrial

3.kitchen.

bedroom.

garden.

cottage

Explanation:

Answer:

Explanation:

To calculate how much more blood flows per minute to the skeletal muscles during intense exercise than during rest, we need to use the following formula:

exercising - resting = increased blood flow

Substituting the given values, we get:

exercising - resting = increased blood flow

exercising - 1,200 cm³/minute = 4.CC

To solve for exercising, we need to isolate the variable on one side of the equation. Adding 1,200 cm³/minute to both sides, we get:

exercising - 1,200 cm³/minute + 1,200 cm³/minute = 4.CC + 1,200 cm³/minute

exercising = 4.CC + 1,200 cm³/minute

Therefore, the equation to calculate how much more blood flows per minute to the skeletal muscles during intense exercise than during rest is:

exercising = 4.CC + 1,200 cm³/minute

Answer:

substitution mutation

The process of generating and testing a hypothesis forms the backbone of the scientific method. When an idea has been confirmed over many experiments, it can be called a scientific theory.

Answer:

The process that is used by producers to make glucose is called photosynthesis and the chemical process used by both producers and consumers to make ATP it contribute to the energy exchange is called cellular respiration. And the name is Photosynthsis.

Explanation:

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Answer:

no sir :)

Explanation:

I kiss the girls goodnight <3

Answer:

97 percent

Explanation:

Science

Answer:

below

Explanation:

Over 97 percent of the earth's water is found in the oceans as salt water. Two percent of the earth's water is stored as fresh water in glaciers, ice caps, and snowy mountain ranges. That leaves only one percent of the earth's water available to us for our daily water supply needs.

The roles of genetics and the environment, you can better analyze an individual's phenotype and the factors that influence its expression.

An individual's phenotype is influenced by two main factors: genetics and environment.
1. Genetics: The genetic material inherited from both parents, consisting of genes, determines the individual's genotype. These genes interact and express themselves in the form of observable traits, which constitute the phenotype. By completing Punnett squares (as mentioned in tables 6.1-6.11 in the lab manual), you can predict the potential genotypes and phenotypes of offspring based on their parents' genetic information.
2. Environment: The conditions and circumstances in which an individual lives can also impact their phenotype. Factors such as nutrition, exposure to sunlight, and other external factors can influence the expression of certain traits.
To analyze an individual's phenotype, you can follow these steps:
1. Read pages 93-100 of the lab manual to understand the concepts and terminology related to genetics and phenotypes.
2. Use the Punnett square method to predict genotypes and phenotypes by cross-referencing the parents' genetic information.
3. Complete all of the Punnett squares and tables (6.1-6.11) in the lab manual to practice applying this knowledge.
4. Consider environmental factors that could influence the expression of traits, such as nutrition or sunlight exposure.
By understanding the roles of genetics and the environment, you can better analyze an individual's phenotype and the factors that influence its expression.

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When a plant population shifts from being predominantly hummingbird-pollinated where flowers are red, to hawkmoth-pollinated, natural selection works to change the flower color to white or yellow.

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Answer:

The correct answer is: option A. eukaryote.

Explanation:

The sequence of the newly found rRNA is AAUGAAGG is similar to the sequence is given for the eukaryote which is AAAGAAGG, there is only one exception at 3thirs position of the sequence which is instead of uracil there is adenosine. However, this could be a result of the transversion mutation where A converted into U of the period of evolution.

On the other hand, the rRNA of bacteria and archaea have a very high difference in their sequence with a change in one than one base.

The two methods commonly used for separating a mixed culture of bacteria are streak plating and pour plating.

The two commonly used methods for separating a mixed culture of bacteria are streak plating and pour plating.  Streak plating involves the use of an inoculating loop to streak the bacterial mixture onto an agar plate in a pattern that gradually thins out the bacteria. This method allows for the isolation of individual bacterial colonies, as the bacteria are spread out across the plate, and subsequent growth occurs in distinct colonies.

Pour plating, on the other hand, involves mixing the bacterial culture with molten agar and then pouring the mixture into a petri dish. The agar solidifies, trapping the bacteria within it. Dilutions of the mixture are typically used to achieve individual colonies. Both methods provide a means to separate and isolate bacteria from a mixed culture, enabling further study and characterization of specific bacterial strains.

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Answer:

Enzymes are catalyst also called biocatalyst

Explanation:

Enzymes are called the biological catalyst. These are also called biocatalyst. These enzymes speed up the biochemicals in the body of an organism. These are extracted from the cells and then catalyze at wide range. Enzymes are used to produce the sweetening agents and for the modification of the agents.

There some techniques that are used to test enzymes such as:

Gel electrophoresis

PCR

Cloning

Biotechnology

Answer:

false

Explanation:single cell of Chlorella is an independent life form. It is called a unicellular organism.

Answer:

1.Nitrification happens when soil organisms change over ammonium into nitrate. Much of the cover between the carbon cycle and the nitrogen cycle happens within the soil, in forms conducted by soil organisms. Organisms break down supplements, construct modern compounds for their possess development, and inevitably pass on.

The second question im not sure sorry- the positive and negative one ;(

3. Many human activities have a significant impact on the nitrogen cycle. Burning fossil fuels, application of nitrogen-based fertilizers, and other activities can dramatically increase the amount of biologically available nitrogen in an ecosystem. As nitrogen makes up 78% of the atmosphere, there is no shortage of it – it just isn't in a form plants and animals can use.

4. Carbon makes its way through living things as carbon-based compounds, like vitality particles, fats and proteins, in the long run cycling its way back into the environment. Nitrogen is basically found within the air as well and enters the environments as supplements for plants. Water, nitrogen and carbon cycles. Carbon moves from the air and back by means of creatures and plants. Nitrogen moves from the environment and back by means of living beings. Water moves on, over, or underneath the surface of the Soil.

5. Carbon cycle, Nitrogen cycle, Nutrient cycle, Oxygen cycle, Phosphorus cycle, Sulfur cycle, Rock cycle, Water cycle.

6. Wind, water, and ice disintegrate and shape the arrive. Volcanic movement and seismic tremors change the scene in a sensational and frequently savage way. And on a much longer timescale, the development of earth's plates gradually reconfigures seas and landmasses. Each one of these forms plays a part within the Cold and Antarctica.

People affect the physical environment in numerous ways: overpopulation, contamination, burning fossil powers, and deforestation. Changes like these have activated climate alter, soil disintegration, destitute discuss quality, and undrinkable water. Earth's surface is the as it were territory accessible to the human race. Understanding the forms by which that environment has been made and persistently changed is critical to decide the causes of natural degradation.