Write the strand of DNA that would bind with this strand: ATCGTCAGG

Answer:

option no. C. is the correct answer.

Answer:

Metabolism(sum of all the chemical reaction)

Answer:

when added the salt and detergent mixture to the smashed strawberries, the detergent helped lyse (pop open) the strawberry cells, releasing the DNA strands could gather and clump,making it easier for you to see them.

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Genetic sequencing allows us to determine the exact location of the nucleotides in the DNA molecule, which means that we can "select" certain traits (such as an aversion to a disease

Answer:

Explanation:

A. Greenhouse gases I believe

The water table is at the surface of the Earth in humid areas, but it can be tens to hundreds of metres or more below the surface in arid areas.

Water that is found underground in saturated regions beneath the surface of the earth is known as groundwater.

The water table is the term for the saturated zone's upper surface. Contrary to popular perception, underground rivers are not created by groundwater.

In humid regions, the water table is at the surface of the planet; but, in arid regions, it can be tens to hundreds of metres or more below the surface.

Arizona's water usage is currently lower than it was in 1957 thanks to improved conservation practises and a decline in irrigation water use.

Since the beginning of our state's history, Arizona has never required municipal or residential restrictions on uses, even though we have five times (5x) as much water stored as we consume.

Thus, the groundwater Supply differ from a dry hot area like Arizona to a cooler moist area like Oregon.

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Answer:

Metaphase I

Explanation:

Hope this helps.

Answer:

One million.

Explanation:

Each kidney contains about one million of nephrons. The nephron is the structural and functional unit of the kidney means that our kidney is made up of nephrons. The main function of nephron is to produces urine in the process of removing waste, toxic and excess substances from the blood. kidney is responsible for the filtration of blood by removing all the waste materials and taken these waste materials to the excretory organs in order to remove from the body.

Answer:

1. double

2. polar

3. non-polar

4. hydrophobic

5. hydrophilic

6. can

Explanation:

Answer:

c

Explanation:

Answer: c

Explanation:

not because I got it myself but because the other dude is right

Mammals produce heat by using the endogenous uncoupling agent of the protein thermogenin. The correct answer is B.

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Genetic diseases that run in your family or your partner's family, history of infertility, numerous miscarriages, or stillbirths, and your capacity to become pregnant are all topics that can be discussed during genetic counselling before becoming pregnant. 

Based on this information, the genetic counsellor can help you decide whether a genetic test could be good for you or your relative.

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The diameter of a capillary tube is 2.5135m

Capillary tubes are those with very small diameters (narrow cylindrical tubes). When these small tubes are immersed in a liquid, the liquid in the capillary either rises (or lowers) relative to the surrounding liquid level. This phenomenon is known as capillary action, and such tubes are known as capillary tubes.

Rise in capillary is given by

h = \(\frac{2\times \sigma \times cos\theta}{\rho \times r\times g}\)

σ = surface tension

ρ = density of liquid

r = inner radius

h = height

θ = contact angle made by the liquid meniscus with the capillary’s surface.

Given,

h = 1.21 cm

σ = 540 × 10 N/m

θ = 140°

ρ = 13.6 × 10³ Km

Substituting the value in equation,

h = \(\frac{2\times \sigma \times cos\theta}{\rho \times r\times g}\)

r = \(\frac{2\times 540\times10\times cos140}{13.6\times10^3\times1.21\times10^-^2\times10}\)

r = 50.27 × 10⁻¹m

d = 2.5135m

The diameter of a capillary tube is 2.5135 m.

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Answer:

endoscopy technician, orthodontist, gastroenterologist

Answer:

endoscopy technician, orthodontist, gastroenterologist

Explanation:

took the test.

Organisms possess specialized structures for efficient oxygen utilization. Gills in aquatic organisms, lungs in terrestrial vertebrates, and tracheal systems in insects enable oxygen exchange. Birds have lungs and air sacs for efficient respiration. Hemoglobin in red blood cells transports oxygen. These adaptations optimize oxygen utilization for survival.

Structures in organisms that are well-adapted for efficient oxygen utilization include:

These structures and adaptations are examples of how organisms have evolved to maximize their oxygen utilization, allowing them to thrive in their respective environments.

The correct statements about selective media are:

Recombinants are the host cells that have been integrated with a gene of interest from an outside source. These recombinants may either clone the genetic material or produce the product from it in the form of proteins.

Mutation is any change in the normal genetic sequence of DNA. The mutation can be in a single nucleotide or at a stretch of various nucleotides. These are termed as point and frameshift mutations respectively.

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The oxygen cycle involves the movement of oxygen through the atmosphere, biosphere, and lithosphere, while the water cycle involves the movement of water through the atmosphere, hydrosphere, and lithosphere.

Both cycles involve the movement of matter through various components of the Earth's environment, are vital to the survival of living organisms, by the energy of the sun, involve the transformation of matter from one state to another, and influenced by human activities, such as deforestation and pollution.

The oxygen cycle is largely driven by photosynthesis, while the water cycle is driven by evaporation and precipitation. Oxygen is produced by plants during photosynthesis, while water is not produced by any living organism. The oxygen cycle does not involve a significant change in the chemical composition of the element, while the water cycle involves the transformation of water from one chemical form to another. The oxygen cycle is relatively fast, with oxygen molecules constantly cycling through the environment, while the water cycle is slower and can take years for water molecules to complete a full cycle.

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The sympathetic nervous system is the "fight or flight" system and restricts blood flow to the digestive and excretory systems.

The sympathetic nervous system is a part of the autonomic nervous system, which controls involuntary bodily functions. When faced with a perceived threat, the sympathetic nervous system activates various responses to help the body cope with the situation. This includes releasing adrenaline and norepinephrine, hormones that increase heart rate and blood pressure.

As a result, more blood is directed towards the muscles, heart, and brain to enhance physical and mental performance during the fight or flight response. To achieve this, the sympathetic nervous system restricts blood flow to the digestive and excretory systems. This is because these systems are not essential for immediate survival and can be temporarily compromised to conserve energy and resources.

By constricting blood vessels in the digestive and excretory systems, the body focuses on responding to the threat at hand. Once the danger has passed, the parasympathetic nervous system, responsible for the "rest and digest" response, takes over to restore normal blood flow and resume the functioning of the digestive and excretory systems. In summary, the sympathetic nervous system's fight or flight response prioritizes survival by diverting resources away from non-essential systems, such as digestion and excretion, to more critical functions that help the body overcome the perceived threat.

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Answer:

B

Explanation:

Cytoplasm is like air in the city analogy

A. Flagella: help with movement correctly pairs the organelle pictured with its function.

Flagella are whip-like structures found in some cells that are responsible for providing movement. They extend from the surface of the cell and are involved in locomotion. Flagella contain microtubules that undergo coordinated bending movements, allowing the cell to propel itself through its environment.

Option B, "Cytoplasm: holds organelles in place," is not accurate. While the cytoplasm does contain organelles, its primary function is not to "hold" them in place but rather to serve as a medium for various cellular processes, including metabolism, protein synthesis, and cell movement.

Option C, "Cytoplasm: make proteins," is also incorrect. Protein synthesis occurs primarily in the ribosomes, which are often associated with the endoplasmic reticulum (ER) and are not synonymous with the cytoplasm itself.

Option D, "Flagella: allows cell to divide," is not accurate. The function of flagella is related to movement, not cell division. Cell division involves processes such as mitosis and meiosis, which are different from the function of flagella.

In conclusion, option A, "Flagella: help with movement," correctly pairs the organelle (flagella) with its function (movement). Flagella are essential for enabling certain cells to move through their environment, aiding in processes such as swimming or propelling particles.

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TRUE. Generally, among mammals, species with shorter telomeres tend to have longer lifespans. Telomeres are protective caps on the ends of chromosomes, and their length is associated with cellular aging and longevity.

FALSE. The statement is incorrect. Telomeres, which are protective caps on the ends of chromosomes, tend to shorten with each cell division and are associated with cellular aging. Longer telomeres are typically found in species with longer lifespans, indicating better cellular health and longevity. Shortened telomeres, on the other hand, are linked to decreased cellular function, increased cellular senescence, and reduced lifespan. Therefore, among mammals, species with longer telomeres are more likely to have longer lives. Telomere length is influenced by various factors including genetics, lifestyle, and environmental factors, and it plays a role in the aging process and age-related diseases.

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Dendrochronology is also known as tree-ring dating. It is a method of dating based on the patterns of tree growth rings.

Here are two examples of sites where dendrochronological dating could be used:

Archaeological sites: Dendrochronology can be used to date wooden artifacts or structures found at the archaeological sites. By examining tree rings of the wood, researchers can determine the age of artifact or structure.

Forests and ecosystems: Dendrochronology can also be used to study history and ecology of forests and other ecosystems. By examining tree rings of living or dead trees, researchers can determine the age of the tree and gather information on past climate conditions, natural disturbances  and other environmental factors that have influenced the growth and development of forest.

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Answer:

b

Explanation:

the cytoplasm gives it away

Creating a genetically engineered goat that expresses human growth hormone in its milk involves isolating the HGH gene,constructing a recombinant DNA molecule, introducing it into goat cells, generating transgenic goats.

Here is a general overview of the process:

1. Selecting the donor DNA: The first step is to identify and isolate the DNA sequence that encodes for human growth hormone. This can be done by analyzing the DNA sequence of human cells and identifying the specific gene responsible for producing the hormone.

2. Cloning the genetics: Once the DNA sequence for the human growth hormone gene has been identified, it needs to be cloned. This involves copying the gene and inserting it into a vector, which is a type of carrier molecule that can be used to transfer the gene into a host organism.

3. Preparing the goat cells: The next step is to obtain a sample of goat cells that will be used to create the genetically modified goat. These cells are typically obtained by taking a small biopsy from the ear or another easily accessible area of the goat. 4. Introducing the gene: The cloned human growth hormone gene is then introduced into the goat cells using a variety of techniques, such as electroporation or viral vectors. This process can be challenging and requires expertise in molecular biology and genetic engineering.

Overall, creating a genetically engineered goat that expresses human growth hormone in its milk requires advanced knowledge and techniques in molecular biology and genetic engineering. It is also important to adhere to ethical and safety guidelines to ensure that the process is carried out responsibly and with minimal risk to the animals involved.

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Answer:

primary is the answer...

Answer:

Ribosomes are found in the cytoplasm or bound to the endoplasmic reticulum (ER) to form rough ER in a cell. They are found in both prokaryote and eukaryote cells.

Explanation:

Because caffeine is a big polar molecule and it can't pass directly through the phospholypid bilayer so it needs to pass through a channel.

Answer:

A. Water, sugar, and yeast.

Water, sugar, and yeast would you expect to observe the formation of bubbles of CO₂ . (A)

In this mixture, the yeast will use the sugar as an energy source and produce carbon dioxide gas as a byproduct, which will form bubbles. This is the basis of the fermentation process that is used to make bread, beer, and other products.

In the other mixtures, there is no source of energy for the yeast (in the case of B and C) or no yeast to carry out the fermentation process (in the case of D), so no bubbles of CO₂ will be formed.

Therefore, of the following mixtures in various test tubes, the one that would be expected to observe the formation of bubbles of CO₂ is A. Water, sugar, and yeast.

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Answer:

D

Explanation:

Answer:  b. Earth's magnetic field

Explanation: