Just need to match these I posted this question and accidentally put the subject as Spanish

Answer:

Answer:

DescriptionPredation is a biological interaction where one organism, the predator, kills and eats another organism, its prey. It is one of a family of common feeding behaviours that includes parasitism and micropredation and parasitoidism.

Explanation:

Catalase is an enzyme that accelerates the breakdown of hydrogen peroxide into water and oxygen in the body. This is a critical process because hydrogen peroxide is harmful to cells. The reaction is expedited by catalase, which acts as a catalyst, without being consumed or changed permanently.

Catalase found in cells, particularly in peroxisomes, plays a crucial role in the decomposition of hydrogen peroxide (H₂O₂) into water (H₂O) and oxygen (O₂). This reaction is important because hydrogen peroxide is a potentially harmful byproduct of various metabolic processes in cells, and its buildup can be toxic. In the process, catalase acts as a catalyst, meaning that it speeds up the reaction without being used up or altered permanently. For example, if you put a piece of liver (which contains a lot of catalase) into hydrogen peroxide, you'll notice effervescence or bubbling. This bubbling is oxygen gas being produced from the decomposition of hydrogen peroxide by catalase.

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I think the answer is

1.c

Answer:

mitosis

Explanation:

Answer: ectonic earthquakes occur anywhere in the earth where there is sufficient stored elastic strain energy to drive fracture propagation along a fault plane. The sides of a fault move past each other smoothly and aseismically only if there are no irregularities or asperities along the fault surface that increase the frictional resistance. Most fault surfaces do have such asperities and this leads to a form of stick-slip behavior.

Explanation:

Answer:

Majority are found on the sea floors with two ocean ridges. Example of this is in California.

An allele is a variant form of the gene, which is present on the same loci of the chromosome as the gene. The allele can have different phenotypic characters.

In the given cross, the purebred dominant for the white wool with purebred recessive for black wool will result in 100% progeny with white wool.

The dominant alleles are those, which are expressed phenotypically in an organism, whereas the recessive allele is masked by dominant and can be expressed in purebred conditions.

In the given dominant for White wool and recessive black wool, the cross is represented in the attachment below.

The cross between purebred dominant for white and purebred recessive for black is:

WW x ww

Therefore, each offspring will exhibit white wool in heterozygous conditions.

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Answer:

white wool

Explanation:

Answer: The door is the cell membrane

Explanation: cell membranes control what enters and leaves a cell

Answer: The boss is the Nucleus

Explanation: It controls what happens within the cell

Answer: The machine is the Golgi apparatus

Explanation: This organelle processes, sorts, packs and delivers the products to the cell

The machines in a shoe factory analogy represent ribosomes in the cell, which are responsible for assembling proteins, similar to how machines produce shoes from raw materials.

In a cell, ribosomes read the genetic instructions carried by mRNA and assemble amino acids into proteins based on these instructions, similar to the way machines in a factory produce shoes from raw materials based on design specifications.

Ribosomes can be found attached to the rough endoplasmic reticulum, making it appear bumpy, and are responsible for producing many proteins that enter the endoplasmic reticulum where they are modified and packaged. Others float freely in the cytoplasm, contributing to various cellular functions, akin to machines producing different parts or types of shoes in different areas of a factory.

Answer:

The Poles like North Pole and South Pole

Explanation:

mark brainliest :)

Answer:

blood and cells

The circulatory system removes waste products from both blood and cells.

The circulatory system is a vital component of the human body that serves the crucial role of removing waste products from both the bloodstream and individual cells. It consists of the heart, blood vessels, and blood. As the heart pumps oxygen-rich blood throughout the body, it also collects waste materials, such as carbon dioxide and metabolic byproducts, from various tissues.

This deoxygenated and waste-laden blood returns to the heart and is then pumped to the lungs, where carbon dioxide is expelled and oxygen is replenished. Simultaneously, waste products are filtered by the kidneys, eventually exiting the body as urine. This continuous circulation ensures efficient waste removal and sustains overall bodily functions.

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Answer:

Biosphere

Explanation:

The Biosphere contains all living things. Atmosphere contains Air and gases. Hydrosphere is all waters on earths surface. Lastly, Lithosphere is the crust and upper mantle.

Final answer:

Humans exist in the biosphere, which is the sphere that includes all living organisms on Earth and their interactions with the lithosphere, hydrosphere, and atmosphere.

Explanation:

The sphere of Earth in which humans exist is called the biosphere. This is because the biosphere refers to all living organisms on Earth, including humans, and their interactions with the other spheres. These other spheres include the lithosphere (the solid land part of Earth), the hydrosphere (water in all its forms), and the atmosphere (the layer of gases surrounding the Earth). Humans interact with the lithosphere by living on it, the hydrosphere by using water for various activities, and the atmosphere by breathing in the air.

C) The supply of clean water.

The water crisis is because there's not enough clean water, mainly because the population is rising. Because demands are rising, prices rise as well so that water companies can make a profit.

Answer:

The supply of clean water

The genetic material that is involved in a cell in order to maintain the genetic continuity along with the genetic diversity that is required for the inheritance to go on all lies in the cytoplasm. The correct answer is option B.

Gene is the genetic unit of inheritance.

Multicellular organisms use cell division, mitosis, for growth and the maintenance and repair of cells and tissues. Single-celled organisms may use cell division as their method of reproduction. Regardless of the reason for mitosis, the process ensures genetic continuity that definitely is the cytoplasm where the genetic material and the genetic units all are present in the cytoplasm.

There are few cells in the body that do not undergo mitosis: most somatic cells divide regularly, some more than others. In this case the check points will help to check the DNA structure and the damage that is being done in the  sequence in order to check that a;ll the bases are arranged properly or not.

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Answer:

operant conditioning

Explanation:

Answer:

Operant

Explanation:

Answer:

I'm not sure if I understand what you mean, but based on your question I think the answer is yes.

If the parents are homozygous dominant, and homozygous recessive, it would produce heterozygous dominant and recessive offspring.

If you used both parents as heterozygous, then approximately 50% of the offspring will be heterozygous as well.

I hope this helped!

Also, as a side note, if the offspring is heterozygous, it'll always show the dominant phenotype (unless it's incomplete or codominance)

Answer:

The Abert’s squirrel is found on the south rim of the grand canyon and surrounding states.

The Kaibab squirrel can only be found at the north rim of the canyon.

Scientists believe they were separated by plateau erosion that separated the forests of the Grand Canyon, isolating the Kaibab population of squirrels.

Explanation:

Answer:

Kaibab squirrels became geographically isolated from Abert's squirrels, which are found on the south rim of the canyon. In isolation, Kaibab squirrel« evolved distinct characteristics, such as a complete whitetail. Abert's squirrels are the original species from which Kaibab squirrels diverged.

Answer: By injecting their genes into other bacteria, the receiving bacteria immediately has their DNA instead of having to wait months to create new bacteria. By having new genes, bacteria can be stronger to fight off anything that could harm it.  

Explanation:

Bacteria use horizontal gene transfer, particularly conjugation, to rapidly acquire new DNA sequences from other bacteria, enabling faster adaptation and evolution, especially in rapidly changing environments like the presence of antibiotics.

Bacteria accelerate the process of evolution by using a mechanism called horizontal gene transfer, which allows them to acquire large DNA sequences from other bacteria in a single event. This mechanism includes processes such as conjugation, transformation, and transduction. Conjugation, specifically, involves the direct transfer of DNA from one bacterium to another via physical contact, enabling the recipient to acquire new genetic traits that can be beneficial for survival and adaptation, such as antibiotic resistance.

Compared to mutation, which occurs at a slower rate (10-6 to 10-9 per nucleotide per bacterial generation), horizontal gene transfer facilitates the rapid exchange of genetic material, allowing bacteria to quickly adapt to environmental changes. This is crucial when facing selective pressures or new environments, as it may confer an advantage for survival without the need for the lengthy process of mutation-based evolution. With the short generation time of bacteria, sometimes just a few minutes, combined with genetic recombination and a high mutation rate, the capacity for rapid evolution is significantly enhanced, making bacteria highly adaptable organisms.

Answer:

falso

Explanation:

Las únicas células humanas que no contienen pares de cromosomas son las células reproductoras, o gametos, que portan solamente una copia de cada cromosoma

The statement is true; gametes are reproductive cells with half the chromosomal content of somatic cells and are produced through meiosis.

The statement that the reproductive cells, which have half the number of chromosomes as other cells in the body, are called gametes is TRUE. Gametes are indeed significant in the process of sexual reproduction as they contain half the genetic material required to form a new organism. Unlike somatic cells (body cells), which are diploid and contain 46 chromosomes (23 pairs), gametes are haploid and carry only one set of 23 chromosomes. These reproductive cells are produced through a special type of cell division known as meiosis, ensuring that each gamete gets just half of the organism's DNA. In humans, the male gametes are called sperm, which are produced in the testes, and female gametes are called eggs, produced in the ovaries. When these gametes combine during fertilization, they form a diploid zygote with the complete set of chromosomes necessary for the development of a human being.

Answer:

A

Explanation:

thats literally all u do in a punnet square, then u can analyze the data

A Punnett Square is used in biology to determine the possible combinations of alleles in offspring from a genetic cross. However, it can't predict physical characteristics with certainty, or determine genetic heritage.

A Punnett Square is a tool used in biology to predict the probability of specific genotypes and phenotypes in the offspring of a genetic cross. It's used to determine A the possible combinations of alleles in offspring. This means it can show the different ways alleles can combine from both parents to create various genetic traits in their offspring. For example, it could reveal the combinations for a gene related to eye color.

While the Punnett Square does provide possible genetic outcomes, it should be noted that it does not determine what an offspring will look like (B), the height of the offspring (C), or genetic heritage (D). These traits are influenced by both genetics and environmental factors, and while genetics can dictate possible outcomes, it cannot determine them with 100% certainty. Therefore, the Punnett Square focuses primarily on potential genetic combinations of alleles.

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Answer:

I would say it is B.

Explanation:

In Meiosis, specifically in Prophase 1, it creates genetic variation. Crossing over occurs in that stage

Final answer:

Statement B is not true about meiosis; offspring produced by meiosis are not genetically identical to the parent cell due to crossing over and independent assortment during Meiosis I and II.

Explanation:

The question is asking which of the statements about meiosis is not true. The correct answer is B. Meiosis does not produce offspring that are genetically identical to the parent cell. Instead, meiosis is a two-stage process (Meiosis I and II) that results in genetically diverse gametes. In contrast to mitosis, meiosis starts with a diploid cell, which has two sets of chromosomes, and through one round of DNA replication followed by two rounds of cell division, ends up creating four haploid cells. These cells have half the number of chromosomes of the parent cell, and due to processes like crossing over and independent assortment, they contribute to genetic variation in offspring.

Statement A is incorrect because meiosis actually starts with the same number of chromosomes as mitosis; it is the end product that has half the number of chromosomes. Statement C is true because during sexual reproduction, each parent contributes 23 chromosomes, which combine to make a total of 46 in the offspring. Statement D is also true, as meiosis includes two stages of division, Meiosis I and Meiosis II, which are necessary to reduce the chromosome number by half and ensure genetic diversity among the gametes produced.

Answer:

Clean rooms are used for biological research in order to prevent the research from contamination of other microorganisms.

Explanation:

Rooms were cleaned before any biological research in order to reduce the intervention of other microorganisms in the research and made the research proof from any impurities. These labs have high atmospheric pressure which decline the growth of microbes and the research will be done in a better way.

Answer:

23 +34

Explanation:

because its math

Final answer:

A 2-factor cross in biology involves studying the inheritance pattern of two different traits in offspring. It helps determine whether the traits are inherited independently or if there is any linkage between them.

Explanation:

In biology, a 2-factor cross refers to a breeding experiment involving two factors or traits. This type of cross helps determine the inheritance pattern of two different traits in offspring. For example, if we are studying flower color and plant height in peas, a 2-factor cross would involve examining how these traits are inherited together in the offspring.

One example of a 2-factor cross is the dihybrid cross, which involves studying the inheritance of two different traits at the same time. This type of cross can help determine whether the two traits are inherited independently of each other or if there is any linkage between them.

Answer:

A. more oxygen to enter the atmosphere

Explanation:

Photosynthesis is a metabolic process unique to the cells of autotrophic organisms, due to the possession of the CHLOROPHYLL pigments used in trapping light energy from the sun. Photosynthesis is the process of combining carbondioxide (CO2) and water (H2O) using energy of sunlight to produce glucose and release oxygen gas.

Based on the understanding of the photosynthetic process which is similar in all photosynthetic organisms including photosynthetic prokaryotes e.g. cyanobacteria, the presence of the photosynthetic PROKARYOTE will allow more oxygen in the atmosphere.

Note that, oxygen is released during photosynthesis.

Answer:

Prokaryotes are found in C) Archaea and Bacteria.

Explanation:

Answer:

Pauline and David are talking about the use of resources in a sustainable manner so that both humans and living organisms can co-exist and enjoy the benefits of nature. Pauline is a conservationist whereas David lives in a biodiversity hot spot. The conversation starts when David and Pauline meet in an ecology conference. Pauline is standing in front of poster talking about conservation of environment and wildlife. David pass by and see that the topic is quite interesting.

David: Hey, I like your topic of presentation.

Pauline: Thank you! are you also a conservationist?

David: I wish I could be but my job nature doesn't allow me to work in this area. However, I truely care about the wildlife which are being threatened in my neighbourhood...

Pauline: Oh, I am sorry to hear that... Where do you live?

David: I live between the city and forest, which is being affected by humans interventions. I see everyday a lot of animals dying on roads because they are forced to migrate because of forest cutting, however, while doing so, they are killed by human's actions.

Pauline: I absoultely hate this behavior of humans. I think human's should understand the importance of other organisms in biogeochemical cycles otherwise our generations are going to pay a lot for this.

David: Definitely, I wish we could reverse such decisions but again, they are not easy. With growing human's populations, we need to adjust everything accordingly.

Pauline: You are right. But we can develop strategies where both humans and animals can live in hormony, such as development of ecological corridors in a forest if we want to make a road, could help these creatures to survive well.

David: I cannot agree more. I hope such things are encouraged in near future. But I really liked your idea and would like to discusss sometime later.

Pauline: Sure, you can visit me anytime in my office at XYZ location.

David: Thank you, see you than!

Pauline: See you!

Final answer:

A script of dialogue between a conservationist and a local person in a biodiversity hotspot was created to find a compromise that includes sustainable livelihood practices like agroforestry or eco-tourism, along with support mechanisms like microloans and community conservation banks.

Explanation:

The dialogue below represents a conversation between a conservationist and a local person living in a biodiversity hotspot who wishes to use natural resources for their livelihood. The conversation aims to reach a compromise that satisfies both the need for livelihood and the importance of conserving biodiversity.

Conservationist: Hi there, I understand that you rely on the resources here to support your family. However, this area is crucial for biodiversity. We need to find a balance that allows you to make a living while preserving our natural heritage.

Local Person: I recognize the importance of conservation, but I need to provide for my family. What solutions can we work on together?

Conservationist: We can explore sustainable methods like agroforestry or eco-tourism, which can generate income for you and protect the environment. Additionally, we can look into microloans or community conservation banks to help you transition to these practices.

Local Person: That sounds promising. I'm willing to try new approaches if it means a stable future for my family and the environment.

Conservationist: Great! Let's work together on training and implementing these methods. We can also involve the community in conservation efforts to ensure a collective benefit.

Hi there!!

The answer is C.

The smoke from a cigarette can paralyze or even kill cilia!! Also, when smoking burns little holes in the lungs, the overabundant mucus gathers there. Bacteria and viruses get caught in these pools, causing the smoker to cough forcefully to attempt to remove the excess mucus.

Hope this helps!!

Answer:

I think that the answer is A

Answer:

Explanation:

Answer: Spontaneous, nonspontaneous, spontaneous.

Explanation: edge 2024

Answer:

1. domestic use

2. water availability

3. habitat loss

4. war

5. growing in size

Explanation:

Answer:

1. Power Plants
2. Water Availability

3. Habit Loss

4. War

5. Growing In Size

Explanation:

Answer:

The carbon released by animals through cellular respiration is used by the trees to create food necessary for growth and maintenance.

Explanation:

Since the trees are using the Carbon to grow they end up absorbing most of it therefore the levels of carbon on the forest are a lot smaller in quantities.

During the process of respiration, carbon is released by animals which is used by the trees in the process of photosynthesis to produce food for itself.

The carbon released by animals through the process of cellular respiration is used by the trees in order to create food that is necessary for growth and maintenance of the plant itself and for other organisms living in that ecosystem.

In this way the plants clean the environment and reduces the concentration of carbondioxide gas in the environment so we can conclude that carbon that is produced by the animals can be used by the other organism for itself supports the law of conservation of mass.

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