In which part of the cell does the process take place?​

Answer:

The answer is satellite, give me brainliest answer pls:)

Answer:

An object that moves around another object in space is a

A natural satellite of a planet or asteroid. objects that orbit around a body in space that are not man made. ex. the earth is a natural satellite of the Sun, the moon is a natural satellite of Earth.

Explanation:

Answer:

its function it to store starch

Answer:

The function of endosperm is to support embryonic growth by supplying nutrients, protecting the embryo and controlling embryo growth by acting as a mechanical barrier during seed development and germination.

Glycolysis occurs in all living cells. The location and products of glycolysis in the cell are: (B) cytoplasm: 2ATP, pyruvate, NADH.

Glycolysis is also called the EMP pathway. It is common to all the organisms either aerobic or anaerobic. This occurs in the cytoplasm of the cell. The process does not require oxygen and is a composed 10 steps of chemical reactions that ultimately form 2 molecules of pyruvate.

NADH is a coenzyme that participates in the various process of metabolism. It stands for Nicotinamide Adenine Dinucleotide (NAD) + Hydrogen (H). Its key role is to synthesize energy for the body.

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Answer: to provide nutrition, transport pathways for water and support plant’s body

Answer:

A human is a solid

Explanation:

We have a definite shape and higher density than liquid or gas

Answer:

Conflict can help to build a positive relationship between parents and youth due to the fact that conflict can lead to communication. When conflict arrives you need active listening, communication, and responsibility to approach any issue that may occur.

Explanation:

A cell that undergoes mitosis without cytokinesis would look like a multi-nucleated cell, with multiple nuclei within a single cell membrane.

Mitosis is a process of cell division in which a single cell divides into two identical daughter cells, each with the same number and type of chromosomes as the parent cell. Mitosis is a critical process for the growth, development, and maintenance of multicellular organisms.

During normal cell division, mitosis is followed by cytokinesis, which is the process of dividing the cytoplasm and cell membrane to create two daughter cells. However, if cytokinesis does not occur, the cell will not divide into two separate cells, and instead will remain as one cell with multiple nuclei.

This can be seen in certain types of cells, such as muscle cells and some fungi, which are naturally multi-nucleated. However, in other types of cells, the lack of cytokinesis can lead to problems and may be a sign of cancer or other diseases.

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Answer:

first page is good  2 page might want to look over again or have a parent help you

Explanation:

Among all the known hominid skulls, the skull of Homo sapiens most closely resembles the modern human skull.

However, it's worth noting that there are some anatomical differences between the modern human skull and the skulls of our earlier hominid ancestors, such as a larger brain case and smaller brow ridges in modern humans. Additionally, there are also some regional variations in the human skull, such as differences between skulls of people from different geographic regions or ethnic groups.

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Answer:

Geosphere and atmoshphere

Explanation:

While the later paranthropoid species were not the direct ancestors of modern humans, it is believed that they might have shared a common ancestor with hominins. 

Modern humans are believed to have evolved from a species of early primates called hominins. However, the exact species that could have been the ancestors of modern humans is still a matter of scientific debate, however, some of the most widely accepted possibilities include Sahelanthropus tchadensis, Orrorin tugenensis, and Ardipithecus ramidus.

These species lived in Africa between 6 million and 4 million years ago and showed a combination of human and apelike traits, suggesting that they were on the evolutionary path that eventually led to modern humans.

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The purpose of marking axillary lymph nodes with radioactive iodine seeds is to aid in their localization and identification during surgical procedures, particularly in the context of breast cancer.

During breast cancer surgery, it is important to identify and remove the affected axillary lymph nodes for accurate staging and proper treatment planning. To facilitate this process, radioactive iodine seeds can be implanted in the axillary lymph nodes prior to surgery.

The radioactive iodine seeds emit radiation that can be detected using specialized equipment, such as a gamma probe, during the surgical procedure. This allows the surgeon to precisely locate and remove the marked lymph nodes, ensuring that all potentially cancerous nodes are appropriately excised.

By marking the axillary lymph nodes with radioactive iodine seeds, the procedure becomes more efficient and targeted. It helps reduce the risk of unnecessary lymph node removal while maximizing the likelihood of detecting and treating cancerous nodes.

Overall, marking axillary lymph nodes with radioactive iodine seeds improves the accuracy and success of axillary lymph node dissection in breast cancer surgery.

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The complete question is:

What is the purpose of marking axillary lymph nodes with radioactive iodine seeds?

The environmental policy instrument with the least control and monitoring prices is option b) tradeable emission permits.

                        Cap-and-trade systems, commonly referred to as tradable emission permits, enable the distribution and selling of licences that signify the right to emit a specific quantity of pollutants. This approach places an overall cap on emissions, but specific businesses are free to buy or sell permits in accordance with their emission requirements.

                          Tradeable emission permits provide greater flexibility and reduced monitoring costs as compared to alternative choices like a) Best Available Control Technology (BACT) and c) emission standards.

                           While emission regulations necessitate constant monitoring to guarantee adherence to set emission limits, BACT necessitates comprehensive monitoring and enforcement to ensure compliance with specific emission reduction technologies.

                           Tradeable emission permits, however, are dependent on the market mechanisms and self-regulation, reducing the need for extensive monitoring and enforcement efforts.

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The environmental policy instrument that has the lowest control and monitoring cost is b) tradeable emission permits.

This can be classified as an example of the market-based approach to environmental regulation. An environmental policy instrument is a technique that governments utilize to influence human behavior concerning the environment. The following are three types of environmental policy instruments: Emission standards, Best Available Control Technology (BACT), and Tradable Emission Permits (TEP).

In the event that an organization or industry has an emission permit that is under their level of pollution output, it can trade the excess permit to different businesses in need of additional permits. Consequently, the framework guarantees that a similar amount of pollution is created, but this is done at a lower cost to the businesses. This trading system reduces the expense of compliance by allowing companies to choose whether or not to trade their emissions and how much to pay for the permits. Therefore, the tradeable emission permit instrument has the lowest control and monitoring cost.

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The correct order is:

B. Plug in the microscope and turn on the light source.

C. Place the specimen on the microscope stage.

D. Rotate the lowest-power objective into place. Use the stage knobs to center the specimen below the objective.

A. Look through the ocular lens while using the coarse adjustment knob to focus on the specimen. Use the stage knobs to center the area of the specimen you want to study.

E. Slowly rotate the medium-power objective into place. Look through the ocular lens while you use the fine adjustment knob to fine focus the specimen.

First, you need to ensure that the microscope is properly plugged in and the light source is turned on. Then, place the specimen on the microscope stage. Next, rotate the lowest-power objective into place and use the stage knobs to center the specimen below the objective. Look through the ocular lens and use the coarse adjustment knob to initially focus on the specimen. Adjust the stage knobs to center the specific area of the specimen you want to study. Finally, slowly rotate the medium-power objective into place and use the fine adjustment knob to fine-tune the focus of the specimen.

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The correct order of the steps needed to see a specimen under the compound light microscope described below is as follows:

B. Plug in the microscope and turn on the light source.

C. Place the specimen on the microscope stage.

D. Rotate the lowest-power objective into place. Use the stage knobs to center the specimen below the objective.

A. Look through the ocular lens while using the coarse adjustment knob to focus on the specimen. Use the stage knobs to center the area of the specimen you want to study.

E. Slowly rotate the medium-power objective into place. Look through the ocular lens while you use the fine adjustment knob to fine focus the specimen. 

It is important to first plug in the microscope and turn on the light source before placing the specimen on the microscope stage and rotating the lowest-power objective into place. The next step is to look through the ocular lens while using the coarse adjustment knob to focus on the specimen and centering the area of the specimen you want to study by using the stage knobs. The final step involves rotating the medium-power objective into place and looking through the ocular lens while using the fine adjustment knob to fine focus the specimen.

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Polygenic traits, such as skin color, are expressed through quantitative variation because they are influenced by multiple alleles and the combination of these alleles determines the range of phenotypic expression.

Polygenic traits, including skin color, are controlled by multiple genes, each contributing to the overall expression of the trait. In the case of skin color, there are several genes involved, each with multiple alleles. The presence of different alleles contributes to variations in skin pigmentation. For example, if there are more alleles associated with darker skin tone, individuals who inherit these alleles are likely to have a darker skin pigment than their parents may have.

Furthermore, the expression of polygenic traits can result in varying degrees of phenotypic variation, even within the same family. This variation arises from the combination of alleles inherited from both parents. Offspring can receive different combinations of alleles, resulting in a range of skin color expressions from dark to light.

The concept of quantitative variation is often visualized using a bell curve, where the majority of individuals fall within the intermediate range of the trait. The sum of allele combinations across multiple genes determines the overall expression of the trait, resulting in a continuous spectrum of skin color. The bell curve illustrates the quantitative variation observed in polygenic traits such as skin color, with the majority of individuals exhibiting intermediate shades while fewer individuals display extremely dark or light skin tones.

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Answer:

pressure decreases with increasing altitude.

Explanation:

Hope this helps sorry if incorrect

Answer:

C) 13

Explanation:

Aluminum is element No. 13 on the Periodic Table of Elements.

hopebit helps

The discovery of fish fossils in the arid deserts of western Egypt by paleontologists indicates that this area's geologic past was probably covered by an ancient sea.

Fossils are the physical remains of ancient organisms that have been preserved in rock or sediment over time. They are significant because they provide important information about the history of life on Earth and how it has evolved over millions of years.

Paleontologists are scientists who specialize in the study of fossils. They examine fossils to learn more about the organisms that once lived on Earth and how they interacted with their environment.

The discovery of fish fossils in the arid deserts of western Egypt by paleontologists indicates that this area's geologic past was probably covered by an ancient sea. This suggests that the region was once located near a coast or was at the bottom of an ocean.

The presence of fish fossils also suggests that this area was rich in aquatic life and may have been an important breeding ground for fish and other marine animals. This is supported by the fact that many of the fossils found in this area are well-preserved and contain a wealth of information about the environment in which they lived.

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The muscle damage initiates a repair process in which certain hormones, along with the macronutrient protein, synthesize new satellite cells, which are used to repair the damaged muscle fibers. In other words, the role of protein is to help repair tissues damaged by exercise.

The two members of a pair of homologous chromosomes differ from each other as : their sequence of alleles inherited from either parent.

Due to having various alleles of the same gene, two homologous chromosomes can be distinguished from one another. Human body cells are diploid, which means that each chromosome has two copies.

A homologous pair of chromosomes has identical genes on each of them in the same order, although there may be differences between them that give rise to different alleles. While some of these allele's mutations may have functional ramifications, others won't.

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This fossil belong to Kingdom: Animalia Class: Actinopterygii because they are the member of ray refined fish.

Fossils are defined as the well-preserved remnants of plants and animals whose corpses were buried in sand and mud beneath ancient seas, lakes, and rivers. The evolution of plants and animals as well as how they adapted to their habitats are both strongly supported by fossil data.

The remains of dead organisms are preserved in fossils. This is the earth's former inhabitants' impression. the history's final holdout. A Tall Drink of Water - The Fossil Falls region is unique among the many waterfalls in the Cascade Kingdom.

Thus, this fossil belong to Kingdom: Animalia Class: Actinopterygii because they are the member of ray refined fish.

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When examining the electrocardiogram (ECG) readout, students can easily recognize the various waves on a patient's readout. The atrioventricular valves (AV) are open between the P wave and the QRS complex of the ECG reading. Atrioventricular (AV) valves are the valves that regulate blood flow between the atria and ventricles.

The tricuspid valve is the right AV valve, and the bicuspid valve is the left AV valve. The atria are separated from the ventricles by these two valves. The atria and ventricles are separated by these valves to avoid backflow of blood into the atria. As a result, when the atria contract, the AV valves open, allowing blood to flow into the ventricles. After that, the ventricles contract, closing the AV valves to prevent the blood from flowing back into the atria.

Therefore, the AV valves are open between the P wave and the QRS complex of the ECG reading. The P wave represents atrial depolarization, which is followed by the QRS complex, which represents ventricular depolarization.

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Answer:

they are plant cells thst have comppleted their growth and do not divide

Explanation:

there is no meristemic growth

Unlike meristems, permanent tissue is made of differentiated cells that have lost their ability to divide.

Answer:

stem

Explanation:

because the branch is connected to the tree and the branch has stems that have leaves on them

Answer:

It would be arthropoda

Explanation:

Insects and arthropods are the only invertebrates able to fly since insects are not a part of your list arthropoda would be the answer. I hope this helps and if you can give me brainliest? :)

Gametes from two plant species combine and produce a haploid zygote, and that zygote develops into a haploid, hybrid plant that is sterile. The hybrid plant is sterile because meiosis cannot occur and the cells do not contain homologous chromosomes. Hence, the correct options are a and c. If an organism has a soft body, it is less likely to be fossilized because the body breaks down before it can be preserved. Competition occurs because organisms typically produce too many offspring, and resources are limited. This means that not all of the offspring will be able to survive and reproduce. As a result, the offspring must compete for resources such as food, water, and mates. Hence, option d is the correct answer.

Gametes from two plant species combine and produce a haploid zygote, and that zygote develops into a haploid, hybrid plant that is sterile. The hybrid plant is sterile because meiosis cannot occur and the cells do not contain homologous chromosomes. Hence, the correct options are a and c.

Mitosis and the plant's ability to grow is not affected by sterility. Sterility, on the other hand, means that the plant cannot produce any reproductive cells (like gametes), making it unable to reproduce. Therefore, option b and option d are incorrect. Additionally, the hybrid plant's sterility is caused by an odd number of chromosomes, which results in the improper separation of chromosomes during meiosis.

Body characteristics affect the likelihood of fossilization. A hard shell is not easily crushed and decomposes slowly, which allows for better fossilization of the organism. As a result, option b is correct and options a and c are incorrect. If an organism has a hard shell, it is more likely to form a fossil.

If an organism has a soft body, it is less likely to be fossilized because the body breaks down before it can be preserved. Competition occurs because organisms typically produce too many offspring, and resources are limited. This means that not all of the offspring will be able to survive and reproduce. As a result, the offspring must compete for resources such as food, water, and mates. Hence, option d is the correct answer.

Females choosing among possible mates or males defending their territories are examples of intraspecific competition, which is a type of competition that occurs within a species. However, the question is asking why competition occurs in general, and the answer is that resources are limited and organisms produce too many offspring. Therefore, options a, b, and c are incorrect.

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