Clasisifcar los huesos del esqueleto apendicular y axial en : largos, cortos, planos, irregulares, sesamoideos. ayudaaa por favor!!

Explanation:

i think its letter

D.

Thank me letter

The statement that is the best example of a potential benefit to society that could result from this biotechnology is an increase in orange crop yield.

Genetically engineered crops may be defined as those crops whose genetic material is modified in such a way that does not occur naturally.

If orange trees are produced as resistant to disease, it may increase the productivity of orange trees.

Apart from this social view, there may be a change in the distribution of insects that pollinate the orange flower is also seen.

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answer

Homologous structures are present in many different species that share a common ancestor. the structure are anatomically similar and persist in the different species.

This is evident of divergent evolution because it shows that different animals come from a common ancestor but evolve o become different species from each other.

The three gases that each make up less than 1 percent of Earth’s atmosphere are argon, water vapor, carbon dioxide.

The atmosphere is a layer of gases above the earth's surface.

The atmosphere is composed mostly of nitrogen gas and oxygen gas.

Other gases present in the atmosphere include argon, water vapor, carbon dioxide which make up less than 1 percent of the atmosphere.

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Answer:

argon, water vapor, carbon dioxide.

Explanation:

The first name in an organism's scientific name is its genus, and the second name is its species.

The binomial nomenclature rules for writing the scientific names of organisms are :

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Severe systemic inflammatory response syndrome (SIRS) and sepsis can lead to multiple organ failure, which is a life-threatening condition with significant complications.

Some of the complications associated with severe SIRS or sepsis leading to multiple organ failure include:

1. Acute Respiratory Distress Syndrome (ARDS): This is a severe lung condition characterized by inflammation and fluid accumulation in the lungs, leading to respiratory failure.

2. Acute Kidney Injury (AKI): SIRS or sepsis can cause damage to the kidneys, resulting in reduced kidney function and impaired filtration of waste products from the blood.

3. Disseminated Intravascular Coagulation (DIC): It is a condition characterized by widespread blood clotting and simultaneous depletion of clotting factors, leading to abnormal bleeding and organ damage.

4. Cardiovascular Dysfunction: Severe SIRS or sepsis can cause cardiovascular instability, including low blood pressure, reduced cardiac output, and impaired tissue perfusion.

5. Liver Dysfunction: SIRS or sepsis can lead to liver dysfunction, causing problems with blood clotting, metabolism, and toxin clearance.

6. Gastrointestinal Complications: SIRS or sepsis can result in gastrointestinal dysfunction, including impaired bowel function, gut barrier dysfunction, and increased risk of intestinal ischemia.

7. Neurological Complications: SIRS or sepsis can affect the central nervous system, leading to altered mental status, confusion, delirium, or even coma.

It is important to note that the complications of severe SIRS or sepsis can vary in severity and individual cases, and prompt medical intervention is crucial to prevent or manage multiple organ failure.

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Complete question :

What are the complications of severe SIRS or sepsis that can lead to multiple organ failure?

In Moist food bacteria are most likely to grow.

Bacteria can live in hot and cold temperatures than humans, but they do best in a warm, moist, protein-rich, pH-neutral, or slightly acidic environment. Most bacteria prefer neutral pH which is their pH optimum for growth is between pH 6.5 to 7.5.
not to mention High-risk foods especially protein foods such as chicken and dairy products are rich in nutrients and moisture and encourage bacterial growth.

The main types of bacteria found in food are salmonella, E. coli, shigella, Bacillus cereus, listeria, and campylobacter.

Hence OPTION D is the correct answer

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Answer:

It is a type of homogenous mixture.

Explanation:

The cochlea is an important part of auditory processing, as it helps the brain differentiate between different sounds. When sound waves enter the ear, they travel through the ear canal and vibrate the eardrum. These vibrations are then transmitted to the cochlea, which is a small, spiral-shaped organ in the inner ear.

The cochlea contains tiny hair cells that are sensitive to different frequencies of sound. When sound waves enter the cochlea, these hair cells are activated and send signals to the brain through the auditory nerve. The brain then processes these signals and uses them to differentiate between different sounds.
For example, if you hear a high-pitched sound and a low-pitched sound at the same time, your brain will be able to differentiate between the two and identify them as separate sounds. This is because the hair cells in the cochlea are sensitive to different frequencies of sound and can transmit this information to the brain.

In summary, auditory processing occurs through a complex series of events that involve the cochlea, hair cells, and the brain. The brain relies on the cochlea to differentiate between different sounds and uses this information to interpret the world around us.

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The region of the ulna that articulates with the humerus when the forearm is in full extension is the olecranon process.

The ulna and humerus are two of the three bones that make up the elbow joint, with the third being the radius. The olecranon process of the ulna articulates with the olecranon fossa of the humerus to form the glenohumeral joint, which allows the arm to straighten completely. The trochlear notch of the ulna, which is located just below the olecranon process, articulates with the trochlea of the humerus, allowing for flexion and extension of the elbow joint. The coronoid process of the ulna, which is located on the anterior side of the bone, forms a joint with the coronoid fossa of the humerus when the elbow is bent. The trochlea of the humerus and the trochlear notch of the ulna function together to stabilize the elbow joint and distribute loads evenly across the joint during movement.

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You didn't provide a lot of information so I did some research on your question. If this context looks right then this is the answer! :D

Question that I think you got:

"A geologist finds a metamorphic rock and notices that it has grains that formed in parallel layers. The geologist pries at the rock, and it splits apart along the bands formed by the layers.

Which type of rock did the geologist most likely find?  

gneiss

limestone

marble

sandstone"

Answer:  

Gneiss

Explanation:  

Metamorphic rocks are classified based on their grain arrangement into foliated rocks and non-foliated rocks. These foliated rocks are the ones in which the grains are arranged in parallel layers bands which allows them to   split apart along these band. Some common examples of foliated metamorphic rocks are slate, schist, and gneiss which gives us our answer of geniss. (some of the answer from "podgorica" on Brainly)

Answer: Gneiss

Explanation: Metamorphic rocks are classified based on their grain arrangement in to  foliated rocks and non- foliated rocks. The grains are arranged in parallel layers bands which allows them to split apart along these band.

Answer:

Phagocytosis

Explanation:

During phagocytosis, cells engulf large particles such as bacteria, cell debris, or even intact cells (Figure 12.34). Binding of the particle to receptors on the surface of the phagocytic cell triggers the extension of pseudopodia—an actin-based movement of the cell surface, discussed in Chapter 11.

During fertilisation, a zygote is created by the union of one gamete from each parent. Recombination and independent assortment take place during meiosis, giving each gamete a distinct DNA set.

Genetic variation is the variance in DNA sequences among members of a population. Germ cells, such as sperm and eggs, as well as somatic (all other) cells, are prone to variation.

Three separate processes—mutation, recombination, and gene immigration—are responsible for the genetic diversity. Evolution and genetic variety are propelled by mutation.

Gene variants, sometimes known as mutations, can cause genetic differences, or a normal process in which genetic information is rearranged as a cell prepares to divide can also cause genetic variations (known as genetic recombination). Different phenotypes can be introduced into an organism by genetic changes that change gene activity or protein function.

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The estimated maximum heart rate of John is 190.

The maximum heart rate refers to the highest number of heartbeats per minute that a person can achieve during physical activity or exercise. It is often used as a guideline for determining appropriate exercise intensity and setting target heart rate zones.

To find John's estimated maximum heart rate, we can use the formula:
Maximum heart rate = 220 - age

Plugging in John's age of 30 into the formula, we get:
Maximum heart rate = 220 - 30
Maximum heart rate = 190

Therefore, John's estimated maximum heart rate is 190 beats per minute.

It is important to note that this is just an estimate and can vary for each individual. It is recommended to consult with a healthcare professional for a more accurate assessment of maximum heart rate.

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The difference between the hydrostatic pressure and the opposing pressures of the osmotic blood pressure and fluid pressure in the capsular space is termed the net filtration pressure. It is a fundamental pressure.

The net filtration pressure can be defined as the total pressure capable of promoting the process of filtration.

The net filtration pressure can be calculated by assessing hydrostatic pressures and pressures within the glomerular capillaries.

The net filtration pressure can be estimated by subtracting the pressures that oppose filtration from the glomerular blood hydrostatic pressure.

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Answer: echo sounding

Explanation:

Answer:

something that is a system of mapping the ocean is "echo sounding"

In this case, hair texture exhibits incomplete dominance. A person who is homozygous dominant for the H gene has curly hair (HH). Since wavy hair is the result of an intermediate phenotype, the genotype for someone with wavy hair would be heterozygous (Hh).

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The action of the zygomaticus major is that it "draws the angle of the mouth upward and laterally". When the zygomaticus major contracts, it pulls the skin and soft tissues of the cheek upward and outward, creating a smile or grin.

The zygomaticus major is a facial muscle that plays a significant role in facial expressions, particularly in smiling.                                                   Its primary action is to elevate the corners of the mouth, resulting in the upward movement of the lips.                                                      The muscle originates from the zygomatic bone, which is commonly referred to as the cheekbone, and extends downward to insert into the skin at the corner of the mouth.                                                                                                                           It works in conjunction with other muscles, such as the orbicularis oculi and the levator labii superioris, to produce various facial expressions and movements.                                                                                                                                               It's important to note that the zygomaticus major is not solely responsible for smiling, as multiple facial muscles work together to create different expressions.                                                                                                                                                               However, it is a key muscle involved in producing a smile by raising the corners of the mouth.                                                                       Therefore, the action of the zygomaticus major is it draws the angle of the mouth upward and laterally.

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The following statement is true regarding photosynthesis Carbon dioxide is a critical component of photosynthesis.

Photosynthesis is the process that enables plants, some bacteria, and certain protistans to use sunlight to synthesize nutrients from carbon dioxide and water. During photosynthesis, light energy is absorbed by pigments such as chlorophyll and converted into chemical energy .

Carbon dioxide is a crucial component of photosynthesis because it is used as a source of carbon to produce glucose, which is used as a source of energy by the plant. In addition, water and oxygen are needed during the process, which produces glucose as well as oxygen.

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Answer:

Explanation:

DNA replication needs to occur because existing cells divide to make new cells, so that the DNA needs to be copied before cell division so that each new cell receives a full set of instructions.

DNA replication - It is the process of producing two identical copies of DNA molecules from one original DNA molecule.

The cell cycle is the series of events that lead to a cell's genome duplication and final division into two daughter cells.

It consist of two main phases - Interphase and M phase

DNA replication occurs at the interphase during S phase of the cell cycle.

Mitosis begins after interphase.

DNA replication occurs before mitosis and cell division so that each newly formed daughter cell receive full set of chromosomes as of parent cell in their nucleus. DNA contains  instructions that helps the newly formed cells to operate properly.

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The correct answer is the letter A) for making amino acids

Plants require nitrates in order for them to make amino acids. Bacteria that are present in the soil convert the nitrogen into ammonium and nitrate, which are taken up by plants through the process of nitrogen fixation.

The first and third reactions of the glycolytic pathway result in the consumption of ATP.

This is an example of ATP hydrolysis, which is a process in which the ATP molecule is broken down into ADP and inorganic phosphate, releasing energy in the process.

The glycolytic pathway is a series of enzymatic reactions that occur in the cytoplasm of cells and is responsible for the breakdown of glucose into two molecules of pyruvate, with the production of ATP and NADH as intermediate products.

The first and third reactions of the glycolytic pathway are examples of ATP hydrolysis, which is the process of ATP being broken down into ADP (adenosine diphosphate) and inorganic phosphate (Pi), releasing energy in the process.

In the first reaction of glycolysis, glucose is phosphorylated by the enzyme hexokinase, which requires ATP as a phosphate donor. This ATP is hydrolyzed, resulting in the addition of a phosphate group to glucose, forming glucose-6-phosphate.

The hydrolysis of ATP provides the energy needed to drive the phosphorylation of glucose, making it more reactive and allowing it to be further metabolized.

In the third reaction of glycolysis, the enzyme phosphoglycerate kinase catalyzes the transfer of a phosphate group from 1,3-bisphosphoglycerate to ADP, forming ATP and 3-phosphoglycerate.

This reaction also involves ATP hydrolysis, as ATP donates a phosphate group to ADP to form ATP, releasing energy that is used to drive the formation of ATP.

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The feature that you would expect to see in the flowers of wind pollinated plants is simple flowers that make massive quantities of pollen. Wind pollinated plants do not rely on attracting pollinators through the use of brightly colored or fragrant flowers.

Instead, they produce a large amount of small, lightweight pollen that can be easily carried by the wind to other plants. This is why wind pollinated flowers tend to be simple in structure and do not have showy petals or strong fragrances. The other options listed, such as large, fragrant, white flowers or red flowers with long nectar tubes, are more commonly associated with insect pollinated plants, which rely on attracting specific pollinators to their flowers.

Wind pollinated plants typically have simple, inconspicuous flowers that produce a large amount of pollen. This is because the wind carries the pollen from one flower to another, and a greater quantity of pollen increases the chances of successful pollination. These plants do not rely on visual or scent cues to attract pollinators, so they generally do not have large, colorful, or fragrant flowers.

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In an individual that is dihybrid for completely linked genes, the alleles present on one chromosome will always be inherited together and will not undergo independent assortment.

Therefore, the gametes produced will only contain one of the two possible combinations of alleles. For example, if the individual is heterozygous for two linked genes, AaBb, with the dominant alleles A and B, and the recessive alleles a and b, the gametes produced will be AB and ab, as those are the only two possible combinations that can result from the linked alleles.

In summary, in individuals that are dihybrid for completely linked genes, the gametes will only contain one of the two possible combinations of alleles that are present on the chromosome.

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Option A is the correct option.

The mitochondrial cell organelles are in charge of obtaining energy from carbohydrates and converting it to ATP.

Adenosine triphosphate, or ATP, is the primary energy source used by cells to fuel their different processes. It is created via a process known as cellular respiration, which includes the release of energy through the breakdown of organic substances like glucose.

Eukaryotic cells include organelles called mitochondria, which are in charge of manufacturing the majority of the cellular ATP through cellular respiration. Because they generate the bulk of the cell's ATP through the process of oxidative phosphorylation, they are sometimes referred to as the "powerhouses" of the cell. During oxidative phosphorylation, energy is released that is used to make ATP as a result of the transfer of electrons from the breakdown of organic molecules to oxygen through a number of enzymes.

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The rhizomes that end in enlarged structures that are for storage are called  as tubers as in the stems.

Rhizomes, tubers, bulbs and corms are really underground stems, now no longer roots. These underground stems are garage packing containers for the plant. Rhizomes are stems that develop horizontally, however rhizomes develop underground and usually have a thickened stem this is used for garage.

Stem tuber is a thickened a part of a rhizome or stolon that has been enlarged to be used as a garage organ. In general, a tuber is excessive in starch, e.g. the potato, that's a changed stolon. The term "tuber" is regularly used imprecisely and is once in a while implemented to flora with rhizomes.

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Based on your knowledge of this term, the importance to the ecology and ecosystems of Africa to save the elephant populations is that It will save the economy if they can get them to a stable rate.

An ecosystem have each as well as every organism and the relation between the physical environment by which they must interact. The function of the ecosystem has to satisfy the need of the humans by supplying them services as well as goods from the nature.

Ecosystem has been the branch of the science which has deals with the study of the relationship between the living organisms and the natural phenomena. Ecosystem has the system in which the both living as well as nonliving organisms are present in the particular location.

There has been various types of the ecosystem such as the Grassland ecosystem, Tundra ecosystem, Desert ecosystem, Forest ecosystem and many more type of ecosystem is present in the environment.

Therefore, Based on your knowledge of this term, the importance to the ecology and ecosystems of Africa to save the elephant populations is that It will save the economy if they can get them to a stable rate.

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Answer:

false

because

The force of gravity causes all objects near Earths surface to fall with an acceleration of 20 m/s.

If an area has a high biodiversity, it is therefore more stable and therefore likely to survive more changes in its ecsystem.

Biodiversity is the variation of life on the planet earth. It is also known as measure of variation at the species, and ecosystem level.

If an area has a high biodiversity, it is therefore more stable and therefore likely to survive more changes in its ecsystem.

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