Russian State Centre for Research on Virology and Biotechnology, Koltsovo, Novosibirsk Region, Russian Federation.

Your answer should be D. Nucleic Acids.

Answer:

your answer is nucleic acids

Explanation:

The U.S emitted 5.1 billion metric tons of energy-related carbon dioxide, while the global emissions of energy-related carbon dioxide totaled 32.5 billion metric tons.

Phosphoglycerate kinase does not catalyze an irreversible process in glycolysis under normal cellular circumstances.

Discussion about glycolysis:

Hexokinase, phosphofructokinase-1, and pyruvate kinase conduct nearly irreversible events during glycolysis, hence one would anticipate that these enzymes have both regulatory and catalytic functions.

So, option d i.e., phosphoglycerate kinase should be the appropriate response.

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When an ecosystem becomes less biodiverse, there are negative effects that can have far-reaching consequences.

This is because biodiversity is a key component of ecosystem health, resilience, and productivity. As such, the following happens when an ecosystem becomes less biodiverse:

However, when an ecosystem becomes less biodiverse, it becomes less stable, less resilient, and less productive. This negatively affects the environment and the human and animal populations that depend on it.

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The projectile's velocity at the tightest point of its trajectory is 30.1 m/s, and the straight-line distance from where the projectile was launched to where it hits its target is 36.37 meters.

"What is in the projectik's velocity at the tightest point of its trajectory?" is: We have to utilize conservation of energy to find the speed at the tightest point of the projectile's trajectory. At the tightest point of the trajectory, all the energy is in the form of kinetic energy. We have gravitational potential energy (GPE) and kinetic energy (KE) at the initial point. The GPE is turned into KE as the projectile is released from the initial position, and the projectile's velocity (speed) is calculated by finding the kinetic energy (KE) at the tightest point in its trajectory. Therefore, the projectile's velocity at the tightest point of its trajectory is 30.1 m/s.

"What is the straight-line distance from where the projectile was launched to where it hits its target?" is:The path taken by a projectile is a parabolic curve in two dimensions. As a result, the projectile will not hit its target unless it is aimed precisely. So, the projectile has a range, which is the maximum distance it can travel in a horizontal direction. The range of a projectile is given by the formula: R = (v² sin 2θ) / g Where: v is the projectile's initial velocityθ is the angle of launching is the acceleration due to gravity from the given diagram, the angle of launch is 30°.

So, the range of the projectile is: R = (30² sin 60°) / (2 * 9.8) = 31.6 meters

However, this is the total horizontal distance travelled by the projectile from the launch point to the point where it hits the target. To find the straight-line distance between the two points, we need to use the Pythagorean theorem.Let's consider the vertical distance between the launch point and the point where the projectile hits the target. This distance is equal to the maximum height reached by the projectile.

This height can be found using the formula: h = (v² sin² θ) / (2g)

Substituting the given values, we get: h = (30² sin² 30°) / (2 * 9.8) = 22.55 meters

Now, using the Pythagorean theorem, we can find the straight-line distance between the launch point and the point where the projectile hits the target. d² = R² + h²d² = (31.6) ² + (22.55) ²d ² = 1320.56d = √ (1320.56) = 36.37 meters

Therefore, the straight-line distance from where the projectile was launched to where it hits its target is 36.37 meters.

The projectile's velocity at the tightest point of its trajectory is 30.1 m/s, and the straight-line distance from where the projectile was launched to where it hits its target is 36.37 meters.

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Answer:

......................

Explanation:

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Answer:

Humus is dark, organic material that forms in soil when plant and animal matter decays.

Answer:

The genetic code is common to all organisms.

Explanation:

The genetic code is a universal code, while the way it is organized into the dna and the processes the dna undergoes may be different the genetic code is the same.

All living things on Earth share a roughly identical genetic code, from microscopic microbes to humans and other huge animals. Therefore, option (B) is correct.

The genetic code is almost same throughout all living species on Earth, from the tiniest bacterium to humans and other large animals, including all of the plant and animal species.

Adenine (A), cytosine (C), guanine (G), and thymine (T) are the four nucleotide bases that make up DNA. The genetic code for each gene uses these four nucleotide bases in a variety of different ways to spell out three-letter "codons" that specify which amino acid is required at each position within a protein.

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Answer: O Ground O Meristematic O Vascular Dermal.

Explanation:

Explanation:

when they are attracted to a female peacock and wants to mate

Answer:

2 = to attract a peahen

3 = to show that he is healthy

5 = to intimidate rival males

Explanation:

got on edg 2021

The team that would  observe the greater variety of living things in the waters they visit is the second team.

We have to note that the aquatic ecosystem has a great degree of biodiversity. This implies that there are several kinds of organisms that can be found in the ecosystem that exists in the water that is under study.

Recall that just like every other ecosystem, the ecosystem that you can find in the water is completely a self supporting ecosystem. There a re producers, consumers and decomposers as in every other ecosystem that we have.

The biodiversity in the ocean increases as we move down towards the bottom of the ocean as most of the organisms tend to live in the benthic zone which is the zone that is very cold and about 1000 meters below the surface.

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When the water temperature exceeds 65 degrees Fahrenheit in the late spring or early summer, bluegills spawn in the shallows. Males establish breeding colonies in mud, gravel, or sand where they watch over the eggs and young hatchlings until they can swim.

Bluegill will migrate to their spawning sites each spring as soon as the water reaches the ideal temperature for the location and start their yearly spawn. Although the beginning date varies depending on the nation, it frequently happens in April or May. In the southeast of the US, between mid- and late April, it starts when the water reaches 71 or 72 degrees.

The spawning season lasts from mid-April through the end of the summer.

Bluegill are typically found hanging slightly above the thermocline in water that is deeper than 10 feet throughout the summer (the depth where water temperature changes dramatically and below which oxygen levels are usually low). Fishing is at its best in the morning and evening, when the fish are most active.

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The 6-month euro/yen forward price is 0.0201185 €/¥.

The 6-month yen/euro forward price is 49.7307 ¥/€.

To calculate the forward prices, we need to consider the interest rate differentials between the two currencies.

1. Calculate the euro/yen forward price:

  Forward price = Spot price × (1 + Euro interest rate) / (1 + Yen interest rate)

  Forward price = 0.02 × (1 + 0.04) / (1 + 0.01)

  Forward price = 0.0201185 €/¥

2. Calculate the yen/euro forward price:

  Forward price = 1 / Euro/yen forward price

  Forward price = 1 / 0.0201185

  Forward price = 49.7307 ¥/€

Therefore, the 6-month euro/yen forward price is 0.0201185 €/¥, indicating the amount of yen needed to buy one euro in the future. The 6-month yen/euro forward price is 49.7307 ¥/€, indicating the amount of euros needed to buy one yen in the future.

These forward prices are determined based on the interest rate differentials and expectations of future currency exchange rates.

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Answer:

G1 BEFORE

Explanation:

The photosynthesis process in chloroplasts contains hundreds of chlorophyll molecules, most of which are part of the photosystems.

Photosystems are large protein complexes located in the thylakoid membrane of chloroplasts. They are responsible for capturing light energy and initiating the primary steps of photosynthesis.

Within the photosystems, chlorophyll molecules are organized into antenna complexes. These antenna complexes consist of a network of chlorophyll molecules and accessory pigments such as carotenoids.

Their purpose is to efficiently absorb light energy and transfer it to the reaction center chlorophyll, where the conversion of light energy into chemical energy begins.

The chlorophyll molecules within the antenna complexes have specific absorption properties that allow them to capture light energy from a wide range of wavelengths, maximizing the efficiency of photosynthesis.

Overall, the arrangement of chlorophyll molecules within the antenna complexes of photosystems plays a crucial role in capturing and utilizing light energy for the process of photosynthesis.

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Answer:

D.) C₆H₁₂O₆ + 6 O₂

Explanation:

The balanced chemical equation for photosynthesis:

6 CO₂ + 6 H₂O ------> C₆H₁₂O₆ + 6 O₂

The reactants are on the left side of the reaction, and the products are on the right side. The reactants consist of carbon dioxide and water. The products are glucose and oxygen.

The products represented in the chemical equation for photosynthesis is C6H12O6 + 60₂. Therefore, option (D) is correct.

Photosynthesis is a cycle utilized by plants and different life forms to change over light energy into substance energy that, through cell breath, can later be delivered to fuel the creature's exercises.

Trees and plants use energy from the sun and carbon dioxide in the air to make food through a natural process called photosynthesis. The plants and trees that make up forests play a role in the production of oxygen by storing carbon both above and below the ground.

Instances of photosynthesizing organic entities: Phytoplankton photosynthesis is basically carried out by green plants, cyanobacteria and various kinds of algae.

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Improved extensibility of the target muscle is a potential physiological effect of using a hot pack as an intervention.

When a hot pack is applied to a target muscle, it can increase the temperature of the muscle tissue. This rise in temperature can have several effects, one of which is improved extensibility of the muscle.

The heat from the hot pack helps to relax the muscle and surrounding tissues, reducing muscle stiffness and increasing the elasticity of the muscle fibers. This improved extensibility allows for greater range of motion and flexibility in the targeted muscle.

While the other options listed may have physiological effects in certain situations, they are not typically associated with the use of a hot pack. Decreased metabolic activity in local muscle tissue, local vasoconstriction, and rapid rise in muscle tissue temperature are not commonly observed physiological effects of using a hot pack.

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Answer:

woodlands and lush vegetation

Explanation

Deciduous woodlands contain trees with broad leaves such as oak, beech and elm. They occur in places with high rainfall, warm summers and cooler winters and lose their leaves in winter.

Answer:

high rainfall, warm summers and cooler winters

the landscape contains  oak, beech, elm, Lichen, moss, ferns, wildflowers and other small plants

The temperature in a temperate woodland & shrubland biome is hot & dry in the summer with temperatures up to 100 degrees F. The winter is cool & moist with the low temperature about 30 degrees F. Precipitation: Annual rainfall is 10-17 in.  

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Answer:

An organisms environment refers to the complete range of conditions in the ecosystem which affect its way of life, not only abiotic factors but biological factors such as competition for food, space and shelter. The study of how living organisms interact with each other and with their environment is called ecology.

Explanation:

pls mark brainliest

Answer:

Weathering and erosion constantly change the rocky landscape of Earth. Weathering wears away exposed surfaces over time. The length of exposure often contributes to how vulnerable a rock is to weathering. Rocks, such as lavas, that are quickly buried beneath other rocks are less vulnerable to weathering and erosion than rocks that are exposed to agents such as wind and water.

Explanation:

Weathering describes the breaking down or dissolving of rocks and minerals on the surface of the Earth. Water, ice, acids, salts, plants, animals, and changes in temperature are all agents of weathering. Once a rock has been broken down, a process called erosion transports the bits of rock and mineral away. No rock on Earth is hard enough to resist the forces of weathering and erosion. Together, these processes carved landmarks such as the Grand Canyon, in the U.S. state of Arizona. This massive canyon is 446 kilometers (277 miles) long, as much as 29 kilometers (18 miles) wide, and 1,600 meters (1 mile) deep.

To produce the same change in the volume of air in the lungs of a diver, the temperature of the diver needs to be cooled to approximately 10°C.

As the diver descends into the water, the pressure on the lungs increases, compressing the air inside the lungs and reducing its volume. The pressure on the lungs increases by about 1 atmosphere (1 atm) for every 10 meters of depth, causing the air in the lungs to compress by a factor of 2 for every 30 meters of descent. This effect is known as Boyle's law.

To produce the same change in the volume of air in the lungs of a diver, the temperature of the diver needs to be cooled to approximately 10°C. This is because cooling the air in the lungs decreases the volume of the air in the same way that increasing pressure does, so lowering the temperature can offset the compression caused by increased pressure at depth.

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my bad the answer is D

here's an explanation

Answer:

D. The plant will produce less glucose.

Explanation:

CO2 i. needed for glucose to be produced. However if there isn't enough co2 then glucose production is reduced,

Answer:  The correct answer is D. The plant will produce less glucose.

Explanation:  Carbon dioxide (CO2) is an essential component of photosynthesis (also called carbon assimilation). Photosynthesis is a chemical process that uses light energy to convert CO2 and water into sugars (glucose). When the CO2 is lowered, so is the glucose output.

The internal acoustic meatus is a small, bony canal located in the temporal bone of the skull, which houses several important structures.

Two major structures exit the internal acoustic meatus: the facial nerve and the vestibulocochlear nerve. The facial nerve controls the muscles of facial expression, and exits the internal acoustic meatus along with several small branches that innervate the ear.

The vestibulocochlear nerve is responsible for hearing and balance, and exits the internal acoustic meatus as two separate branches: the cochlear nerve, which transmits auditory information from the inner ear to the brain, and the vestibular nerve, which transmits information about balance and spatial orientation.

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Answer:

The second question If the wolf were removed in this ecosystem the population of animals that wolfs eat like rodents will increase in this ecosystem. a food web means collection of food chains

Answer:

In allopatric speciation the groups are reproductively isolated and diverge due to a geographic barrier. In sympatric speciation, reproductive isolation and divergence occur without geographic barriers, for example polyploidy.

"I hope and my information serves you"

Explanation:

Answer:

A. Cytoplasm

Explanation:

Cytoplasm is outside of the organelles, and is the jelly-like substance that holds all of the organelles and cell parts in place.

So, cytoplasm is not within the nucleus, because it is outside of the organelles, such as the nucleus.

On the other hand, the nuclear envelope, DNA, and nucleolus are all in the nucleus.

The nucleus includes all of the following structures except cytoplasm.

Thus, Cytoplasm is the name for the liquid that makes up cells. It includes additional organelles suspended in the cytosol along with filaments, ions, proteins, and macromolecular structures.

However, recent findings imply that the conventional notion of cytoplasm is no longer accurate. It was thought to be a fluid-like substance decades ago, but current research shows that it is more like liquids that create glass.

With the exception of the nucleus, the cytoplasm of eukaryotic cells is associated with the contents of the cell. Prokaryotic cells, however, lack a distinct nuclear membrane and instead store their genetic material in their cytoplasm.

Thus, The nucleus includes all of the following structures except cytoplasm.

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