the kingdom, one of six kingdoms of life, is known for it's ability to survive in extreme enviroments

Answer:

Everything but prokaryotic.

Explanation:

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All given points are characteristics of protists except prokaryotic

It is any member of a group of diverse eukaryotic, predominantly unicellular microscopic organisms. They may share certain morphological and physiological characteristics with animals or plants or both.

Examples of protists include algae, amoebas, euglena.

Most have mitochondria.

They can be parasites.

They all prefer aquatic or moist environments.

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Cladistics is more useful than Linnaean taxonomy when determining the order of evolution because it analyzes ancestor-descendant relationships and constructs phylogenetic trees, showing how species are related over time.

The question asks, 'When is cladistics more useful than Linnaean taxonomy?'

If we consider what cladistics and Linnaean taxonomy are designed to do, cladistics is a method that is employed to decipher the ancestral-descendant relationships between species by comparing shared traits, and it is centered on the construction of phylogenetic trees or cladograms. In contrast, the Linnaean system classifies organisms based on observable physical traits, regardless of their evolutionary history. When we are concerned with understanding the evolutionary history or the order in which species have evolved, cladistics—and the clades it identifies—is demonstrably more informative. Therefore, the answer is A. When you want to determine the order of evolution.

Given the context, it becomes clear that phylogenetic classification through cladistics offers a framework to understand how species evolved over time, essentially providing a visual representation of these evolutionary relationships in the form of a tree, whereas Linnaean taxonomy might group organisms together based on similarities that might not reflect their evolutionary ancestry. For a robust understanding and classification that reflects evolutionary relationships, cladistics is often more useful than the Linnaean system.

Answer:

I can not really see the options, but i will say it is because renewable resources do not run out and are better for the earth

Explanation:

Solar power is unlimited and does not need to be turned into electricity through a long process, it is ready right away

Wind power does no damage since you are not taking air, the air moves the wind machines and the movement makes electricity

Hydro power is the similar to wind power, the water pushes a wheel i believe to create energy.

Fossil fuels are bad for the earth for many reasons:

1. they are non-renewable meaning eventually they will run out

2.the gases that are released because of it are bad for the atmosphere

3.artifacts and fossils are lost

i hope this helps u

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The main benefit of using renewable energy is that it decreases the amount of carbon dioxide and other greenhouse gas emissions in the environment, which is the sixth sentence.

Renewable energy sources have several benefits over non-renewable energy sources. The most significant benefit is that renewable energy sources do not produce greenhouse gas emissions, unlike non-renewable sources such as coal, oil, and natural gas. These greenhouse gas emissions contribute to global warming and climate change, which can have significant impacts on the environment, human health, and the economy.

Hence, the main benefit of using renewable energy is that it decreases the amount of carbon dioxide and other greenhouse gas emissions in the environment, which is the sixth sentence.

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Here is ur answer:

If a bird eat seeds it's likely to contribute in a natural process of transferring of seeds from once place to another and hence, it helps in transfer of seeds of various plants to different places which led to biodiversity in plants in a particular place or region.

I would most likely say niche. I hope I got it right!

Answer:

Carbon: Basis for all living things, every living thing contains this element

Explanation:

The only element that is correctly matched with its description is carbon.

Carbon forms the basis of all living organisms. It is an important component if major biomolecules of life such as carbohydrate, protein, nucleic acids, etc.

Phosphorus is not the most abundant gas in the atmosphere. The most abundant gas is nitrogen, making up about 78% of the atmospheric gases.

Oxygen does not distinguish nucleic acids from other biomolecules and nitrogen is found in other substances apart from storage sites of plants and soils.

The correct option is carbon which forms the basis of all living organisms.

Answer: chemical change

Explanation: The banana itself is going to exhibit different properties (it turns black) chemically. Thermal change describes heat, physical change describes it when the chemical properties remain the same. change of state is like liquid to gas. hope this helps

Answer:

Erasmus Darwin

Thomas Malthus

Ancient Greeks and Romans

Jean-Baptiste

Erasmus Darwin

Jean-Baptiste

Explanation:

The correct match evolution to the person or group where it originated:

In biology, evolution is the alteration in a species' traits over a number of generations and depends on the method of natural selection. A population's genetic makeup evolves over time as a result of the process of evolution.

Adaptations made by organisms to their altering environments are reflected in evolution, which can lead to altered genes, unique features, and the emergence of new species.

Therefore, the correct options are:

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When the sea floor collides with the continental floor, a process called subduction occurs. The sea floor, being more dense, sinks below the continental floor. This does not form a mountain range or domed mountains but can lead to geologic activity like earthquakes and volcanoes.

When the sea floor collides with the continental floor, a process known as subduction occurs. This is a geological event that happens at convergent boundaries where one tectonic plate moves under another and is forced or sinks due to gravity into the mantle. The denser sea floor sinks or 'subducts' beneath the less dense continental floor, forming a deep ocean trench. This subduction can also cause intense pressure and heat, leading to the creation of volcanoes and earthquakes. While both floors do not fold inward to form a mountain range, the continental floor does not get pushed into the mantle. The pressure and heat may, however, lead to the formation of mountains on the continental crust, albeit not domed mountains specifically.

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Answer: The should gather all the data the collected on the Oreos and mice and make sure all of there data is still factual information.

Final answer:

The Oreos and mice researchers should ensure that their results are replicable by independent research, provide extraordinary evidence for extraordinary claims, and communicate their findings responsibly by contextualizing them within existing research and including outside expert opinions.

Explanation:

To increase the credibility of their research, the Oreos and mice researchers should take several key steps that align with robust scientific principles. First and foremost, they should ensure that their research results can be replicated by independent research teams. To achieve this, the researcher must provide enough detail about their experimental process so that it can be precisely duplicated. They should also aim to have their findings replicated across a wide range of conditions to verify the consistency of results.

Additionally, it is crucial that any extraordinary claims derived from their research are supported by extraordinary evidence. This means that the claims should be backed by multiple independent studies before being widely accepted. The researchers should also aim to build a corpus of studies on the phenomenon they are investigating to provide a more solid foundation for the findings.

To responsibly communicate their findings to non-experts, including journalists and the general public, the researchers should contextualize new findings within the broader landscape of existing research. Including comments from outside experts in any reporting can provide additional context and highlight the potential limitations of the study. Finally, educating consumers of science, including journalists, about the importance of replication and skepticism in science can help moderate expectations and promote a more accurate understanding of scientific progress.

Final answer:

The classification of organisms has changed over time due to advances in genetic analysis and a deeper understanding of evolutionary relationships, which have led to adjustments in taxonomy to reflect more accurate phylogenetic connections.

Explanation:

The classification of organisms has historically been based on observable characteristics and shared traits. However, as our understanding of microorganisms and evolutionary biology evolves, especially with advancements in genetic analysis, the taxonomy of living organisms continues to undergo refinement.

The Linnaean classification system has been used for over two centuries to categorize organisms, but recent studies, particularly in genetics, have provided insights that challenge previous phylogenetic relationships. For instance, molecular analyses have revealed unexpected evolutionary connections, like the closeness of hippos to whales instead of pigs. Hence, the phylogenetic trees, which represent hypotheses of evolutionary relationships, are updated with new data.

This progression in our knowledge impacts the classical taxonomy and necessitates changes to ensure that our understanding of life's diversity reflects its true evolutionary past and genetic relationships, avoiding misleading groupings based solely on physical resemblance.

Answer:

Symbiotic relationships are important because they are a major driving force of evolution.

Explanation:

This networking and cooperation among species allows them to survive better than they would as individuals.

Your welcome :)

Final answer:

Symbiosis is crucial to ecosystem functioning as it often results in enhanced survival, establishment of nutrient cycles, and productivity of biomass between species. It influences resource competition, biodiversity, ecosystem structure, and resilience. Understanding these relationships is vital for ecosystem management and conservation efforts.

Explanation:

Symbiosis is critically important to ecosystem functioning because it often enhances the survival and productivity of biomass among different species. In a symbiotic relationship, organisms closely interact and usually at least one benefits, but there can be mutual benefits, neutral effects or even harm to the other. For example, nitrogen-fixing bacteria establish symbiotic relationships with leguminous plants, providing them with essential nitrogen in exchange for nutrients and a home. This interaction contributes to the nutrient cycle essential for ecosystem productivity.

Furthermore, symbiotic relationships such as those between microbes and plants or epiphytes and their host plants are central to maintaining ecological balance. These relationships allow for efficient nutrient exchange and can increase plants' resistance to environmental stressors, playing a pivotal role in the functioning of the ecosystem.

The significance of symbiosis extends beyond individual species, as it influences competition for resources, biodiversity, and the structure and resilience of ecosystems. Therefore, understanding symbiotic relationships is essential for conservation efforts and the sustainable management of ecosystems.

Answer:

A. Hemodialysis

Explanation:

Hemodialysis is the method or process of using a dialysis machine (a special machine) to clean the blood.

This is done by doing a minor surgery on the patient to get the blood into the dialyzer.

This dialysis machine does the work a healthy kidney would do.

Answer:

C) The process workd onlu with organic matter

and

D) The element has a half-life of 5,730 years

Explanation:

Just took a test on this

Answer:

C) The process workd onlu with organic matter

and

D) The element has a half-life of 5,730 years

Explanation:

Answer:

130 000 cm

Explanation:

1 km = 1000 m

1 m = 100 cm

1.3 km = 1 300 m

1 300 m = 130 000 cm

Answer:

130000cm or in scientific notation = 1.3 × 10^5 cm

Explanation:

1km = 10000cm

1.3(10000) = 130000cm

Answer:100%

Explanation:

Answer:

C) 100%

Explanation:

The most likely effect of adding wolves to the park will be an increased Aquatic Plant Population (Option C).

Primary producers are organisms capable of synthesize their own food by a process called photosynthesis.

In this case, the prey target (moose) of wolves eat primary producers (aquatic plants).

In conclusion, the most likely effect of adding wolves to the park will be an increased Aquatic Plant Population (Option C).

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Adding wolves to Yellowstone National Park would most likely decrease the elk population. Wolves are a keystone species, and their reintroduction has led to increases in biodiversity and the health of the park's ecosystem.

Based on the information provided, it can be concluded that the most likely effect of adding wolves to the Yellowstone National Park would be a decreased elk population. This is because wolves, being apex predators, directly affect the population of prey species like elk. When wolves were reintroduced to Yellowstone National Park in 1995, the elk altered their grazing behavior to avoid predation. As a result, they stopped grazing in exposed stream and riverbeds, allowing willow and cottonwood seedlings to grow. This indirectly led to an increase in biodiversity and improved the health of the park's ecosystem.

Furthermore, this change in elk behavior had other effects. The regrowth of vegetation in riparian areas, which the elk had previously overgrazed, provided habitat for other animals and notably led to the recolonization of areas by beavers. Summarily, the reintroduction of a keystone species like the wolf had considerable effects on the overall integrity and biodiversity of the Yellowstone ecosystem.

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Answer:

A

Explanation:

Due to evolution, there are changes in gene pools over time because: B. Biogeographic isolation causes changes in gene pools that result from populations being separated over time.

Evolution can be defined as a process of gradual change in the characteristics and genetic pool (make-up) of the species of a living organism over several generations.

In Genetics, a scientific technique which is commonly used by scientist to determine evolutionary relationships between the gene pools of a population is the study of their fossils and biochemical similarity.

In conclusion, biogeographic isolation allow for the change of gene pools that result from populations being separated by several environmental or abiotic factors over time.

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Answer:

Depending on its coloration and markings other animals might stay away from it if it had bright markings while one with muted colors could hide more easily.  Depending on the environment certain colors and variations can allow the frog to survive because it is not seen or allow it to survive because other animals are afraid to eat it.

Explanation:

The variation in the poison dart frogs' colors and markings affect the probability in various ways.

Based on its coloration and markings other animals may stay away from it in the case when bright markings while one with muted colors could hide more easily.  Based on the environment-specific colors and variations can permit the frog to survive since it is not seen or permit it to survive since other animals are afraid to eat it.

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Answer:

Population growth is the increase in the number of individuals in a population. Global human population growth amounts to around 83 million annually, or 1.1% per year. The global population has grown from 1 billion in 1800 to 7.774 billion in 2020.

Explanation:

Population growth is the increase in the number of individuals in a population due to more births and immigration than deaths and emigration, which is measured by the population growth rate.

Population growth refers to the increase in the number of individuals in a given population over a specific period of time. This growth can occur due to various factors, such as a higher number of births than deaths, and the process of immigration, where individuals move into the region. Conversely, populations can decrease through deaths and emigration, where individuals leave the area. These factors together determine the population growth rate, which measures how quickly the population size changes.

Population structure, which includes the age-sex distribution, along with fertility, mortality, and migration rates, also plays a crucial role in influencing the population growth. It is important to note that populations don't always grow; their growth rates can be affected by the local economy, available resources, and environmental conditions. Demography, the study of populations, is essential to understand and manage these growth dynamics.

Three ways food chains can be disrupted are:

A food chain can be defined as a syetamtic flow of food following a pattern or hierachy. From the producers to the consumers.

A food chain is continuous as long as the producers keep producing adequate amount of food that can satisfy the cosumers.

we can conclude by saying that whenever their is a diruption in the food chain it most likely caused by the above listed.

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Final answer:

Food chains can be disrupted by invasive species, pollution, such as oil spills, and climate change, which all impact the flow of energy and balance within ecosystems.

Explanation:

Disruption of Food Chains-

Food chains can be disrupted in several ways, impacting the flow of energy through ecosystems. Here are three examples:

Invasive species, pollution, and climate change are just a few ways through which the stability of food chains can be threatened, leading to vast ecological consequences.

Answer:

C. It could differ from the intended amino acid sequence.

Explanation:

There are many different types of mutations when considering the transcription of DNA to mRNA. Frameshift mutation, which changes the length of the sequence, and point mutations, which affects only one amino acid both  can affect what happens to the protein. However, point silent mutations affect only one amino acid and it doesn't actually change what the amino acid is, the code changed, but not the amino acid expressed. For example, if the mRNA code of GUU was incorrectly made to be GUC, the amino acid would still be valine. There are times where the amino acid is changed or the code is changed and doesn't work such as GUU incorrectly being made to AUU and the amino acid ileum is made instead of valine, but the change of an mRNA sequence doesn't always affect the expressed amino acid sequence.

Answer:

The correct answer is option c, that is, it has no pseudocoelom.

Explanation:

Platyhelminthes are also known as flatworms. They are generally parasitic, these are triploblastic species with bilateral symmetry. In Platyhelminthes, flame cells do the function of excretion, however, these species are devoid of a circulatory system. On the other hand, nematodes are also known as roundworms and like Platyhelminthes, the nematodes are also diploblastic species with bilateral symmetry.  

However, Platyhelminthes are acoelomate, on the other hand, nematodes are pseudocoelomate species. The Platyhelminthes lack a complete digestive system, while nematodes have a complete digestive system. Thus, it can be stated that the body plan of Platyhelminthes is less advantageous in comparison to nematodes because of no presence of pseudocoelom.  

Answer:

A well defined nucleus and cell organelles.

Explanation:

Eukaryotic organisms are those organisms which have true nucleus or membrane around the nucleus in its cell. In eukaryotic cells organelles such as mitochondria, ribosome, lysosomes, endoplasmic reticulum, golgi bodies and vacuoles are present. In prokaryotic cell, all the activities are performed by a single cell while in eukaryotic cell, organelles are present which performs specific functions.

Answer:

A

Explanation:

Because I just got it right

Answer:

hot

Explanation:

Answer:is hot

Explanation:very hot

Answer:

There are several ways in which animals losses energy such as movement from place to place, muscle movement and respiration etc.

Explanation:

When animals such as deer, cow, rabbit etc feed on plants. Only 10 percent of energy is transferred from plants to the animal and the remaining is lost as heat energy in the atmosphere. This 10 percent of energy is used by the animals in muscle building and performing other activities such as movement and respiration. In respiration process, food molecules are broken down to produce energy and this energy is used in different processes.

Final answer:

The energy that animals obtain from plants is mostly lost as heat due to metabolic processes, with only about 10% retained in the animal's body tissue.

Explanation:

One way that an animal loses some of the energy it gets from a plant is through heat release during its metabolic processes. When an herbivore eats a plant, it uses the energy to maintain its bodily functions, such as movement, growth, and reproduction. During these activities, most of the energy is used and converted into heat, which is then lost to the environment. This is a demonstration of the second law of thermodynamics, which states that energy transfer leads to a loss of energy through heat. Only about 10% of the energy is retained and transformed into body tissue, while the rest is expended.

Answer:

Both mitosis and meiosis are processes of cell division.

Explanation:

They use the same steps for cell division, including prophase, metaphase, anaphase and telophase.

Mitosis and meiosis are the cell separation and distribution steps that are required for cell replication, proliferation and growth.

The steps of prophase, metaphase, anaphase and telophase happen both in mitosis and meiosis.

Therefore, both processes have the same stages of karyokinesis and cytokinesis.

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Answer:

Diploid gametes

Explanation:

A tetraploid cell is a cell that has four sets of chromosomes i.e. 4n. Meiosis is a kind of cell division that reduces the chromosomal number of the daughter cells (gametes) by half.

Hence, a tetraploid cell will undergo meiosis to produce daughter cells (gametes) that have a diploid number of chromosomes each (2n). Since Meiosis is a reduction division, it occurs in a two-step division process viz: Meiosis I and II. Meiosis I involves separation of homologous chromosomes while meiosis II involves separation of replicated chromosomes.

In this case, a tetraploid (4n) will have two sets of chromosomes separated into opposite cells during meiosis I. This reduces the chromosome number into 2n (diploid).

Answer:

The answer is that they take the form of heat. they can cause skin cancer and sunburn.

Explanation:

The statement that describes electromagnetic waves with wavelengths greater than 700 nanometers is that they can be seen by human eyes as visible light, that is the last option.

Electromagnetic waves are a type of wave that consists of oscillating electric and magnetic fields that propagate through space, and they can have different wavelengths and frequencies, and visible light is a type of electromagnetic wave that has a wavelength range of approximately 400 to 700 nanometers, and this range is visible to the human eye. Electromagnetic waves with shorter wavelengths than visible light, such as ultraviolet radiation, X-rays, and gamma rays, have higher frequencies and carry more energy.

Hence, the statement that describes electromagnetic waves with wavelengths greater than 700 nanometers is that they can be seen by human eyes as visible light, that is the last option.

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Answer:

1. Lysosomes are membrane bound sacs filled with enzymes.

True.

2. Which of the following organelles contain digestive enzymes that breakdown complex molecules.

Lysosome.

3. Lysosomes are membrane bound vesicles that arise from the Golgi Apparatus.

Explanation:

There isn't much of an explanation for the first or second one, but for the third lysosomes come from the membrane of Golgi apparatus, where they sort newly synthesized proteins which may be used in lysosomes, endoscopes and plasma membrane.

Answer:

the answer is A, oxygen

Explanation:

Arteries carry oxygen-rich blood away from the heart to different parts of the body, so the blood leaving the aorta would be full of oxygen.