Which number shows regions where flat landforms with high elevation and low reliefs are found? A:1 B:2 C:3 D:4

Answer:

Manatee (A)

Explanation: Looking the graphic, Manatees live near the Equator, where is "hot" water place, and if you notice the other place are near cold water where none of them will avoid it.

Answer:

400g

Explanation:

Ok, so we have 200g per L of the salty solution.

we can take 200g*2L to get 400g in the 2L of solution

Therefore the answer is 400g/2L or 400g

the answer is 400 grams

Mudflows are rapid movements of water-saturated soil, notable for their high water content and perceptible speed, often found in arid regions. Earth flows are slower, lack defined channels, are common in humid areas, and contain less water. Debris flows involve larger materials and occur under different conditions, such as steeper slopes and greater water presence.

Differences Between Mudflows and Earth Flows

When comparing mudflows to earth flows, several key distinctions can be noted. First, mudflows are rapid downslope movements of water-saturated soil and regolith, which are easily perceptible due to their higher water content. They are more prevalent in arid regions with sparse vegetation and can occur after heavy rainfall or during volcanic eruptions. In contrast, earth flows are much slower and can sometimes be almost imperceptible. They are not confined to channels like mudflows and are more commonly found in humid areas. Additionally, earth flows tend to have lower water content compared to mudflows.

Mudflows consist mostly of sand-sized or smaller particles and can take on the form of lahars during volcanic activity, while earth flows involve finer materials. Debris flows, which are closely related to mudflows, involve larger clasts and require steeper slopes and more water to occur, often resulting in the collapse of bank material into a stream, leading to a sudden rush of water and debris.

The highest level of organization for living things is the biosphere.

Answer:

Biosphere

Explanation:

The biosphere is the highest level of organization. The biosphere not only involves living things but also relationships and interactions between them.

The basic unit of living beings is cell which forms tissue. The tissues are involved in the formation of organs which further develops a organ system in an organism. Thus forming an organism, then populations. The various number of populations forms communities which further form ecosystem and then the highest level of organization that is biosphere.

Answer:

The answer is "The right hemisphere of the cerebrum is primarily associated with nonverbal processing".

Answer:

Right

Explanation:

Just took the test

A cell is the smallest unit of life, it is often called “ building block of life” the human body is composed of trillions of cells , all with their own specialized function

There are trillions of cells within the human body, many of which are specilalized to perform specific functions. Red blood cells contain no nucleus or other organelles so allowing room for the oxygen carrying haemoglobin, smooth muscle cells are elongated and can shorten to allow for muscle contraction. Within all cells (except the RBCs) are organelles such as the nucleus and mitochondrion, and these organelles perform functions that are essential to life.

Answer:

The tail allows it to travel to the egg.

Explanation:

The structure of the sperm is divided into three parts head, body and tail. The head region consists of many enzymes and the tail region of the sperm helps in providing mobility to the sperm.

The structure of tail adds propelling movement by whipping and undulating the sperm. The sperm moves through the reproductive tract to reach the egg.

Answer:

b

Explanation:

mitosis creates offspring identical to parents

Answer:

b.

Explanation:

The process of meiosis does not produce identical cells because genetic recombination occurs in this process, so the daughter cells are different from the mother cell. Daughter cells have half the genetic information.

In mitosis instead the result is two identical cells.

Answer:

Oxygen...

Explanation:

Organisms decompose more quickly when they are in contact with oxygen. ... When an organism is buried quickly, there is less decay and the better the chance for it to be preserved. The hard parts of organisms, such as bones, shells, and teeth have a better chance of becoming fossils than do softer parts.

Final answer:

Organisms do not always become fossils due to the specific and uncommon conditions required for fossilization, such as rapid burial in sediments or extraordinary preservation environments. The fossil record is thus incomplete, capturing only a fraction of past life forms under certain conditions.

Explanation:

Not all organisms become fossils when they die because the conditions required for fossilization are quite specific and rarely occur. Remains must be rapidly covered by sediments or preserved in unique circumstances such as being frozen in glaciers or trapped in tree resin. The environment plays a crucial role in preserving fossils, with physical conditions like temperature and water depth, and chemical conditions such as pH and oxygen levels greatly influencing this process. Organisms that do not get preserved in such a way eventually decompose fully.

Fossils help paleontologists understand Earth's history, evolution, and paleoenvironments. They also indicate that most species that have lived on our planet are now extinct. Fossils are not only a window into the past, but they are also a finite non-renewable resource, as is the case with fossil fuels derived from ancient organisms that decomposed under specific anaerobic conditions over millions of years.

While most remains eventually deteriorate, under favorable conditions such as volcanic ash, limestone, and mineralized groundwater, fossilization can occur, although it remains a rare event. This results in an incomplete fossil record, as the conditions for preservation don't happen frequently enough to capture all past life forms.

Answer:

coding for the production of all a cell's proteins

Explanation:

Answer:

Coding for the production of all cells protein

Explanation:

Chromosomes are long sequences of DNA that contain several genes and other sequences of nucleotides. In eukaryotic organisms, chromosomes are linear structures of highly stranded double-stranded DNA, normally found in the nucleus of cells, and may also be associated with proteins and RNA. In prokaryotic organisms, they have a circular or linear shape, not being present in the nucleus or associated with proteins.

In addition, chromosomes are the molecules responsible for controlling cellular processes. They do this by coding the production of all proteins in a cell.

Answer:

C. Cells in meiosis have unique genetic information

Explanation:

Meiosis is the cell division that forms four daughter cells from one parent cell. It includes two successive divisions called as meiosis I and meiosis II. Crossing over during prophase I of meiosis I imparts new gene combinations to the daughter cells of meiosis. Hence, daughter cells formed by the end of meiosis have some new gene combinations, that is, unique genetic information.

The cells in meiosis differ from the cells in mitosis in the sense that cells in meiosis have unique genetic information.

Meiosis and mitosis are both types of cell division that occur in living organisms.

Further Explanation:

The statements that is NOT true about Mitosis and meiosis is

"The cells resulting from meiosis are diploid and the cells resulting from mitosis are haploid."

Cell division is the process in which cells undergo division to form other new cells.

There are two types of cell division;

Keywords: Cell division, mitosis, meiosis, crossing over, genetic variation, diploid cells and haploid cells.

Level: High school  

Subject: Biology

Chapter: Cell division  

Sub-topic: Meiosis and mitosis

When wind moves particles of sediment in a way that makes them bounce or leap, this movement is known as saltation.

Saltation is a type of sediment transport that occurs when wind blows over a surface that is covered in loose particles. The wind blows the particles along the surface, but they are too heavy to be carried in suspension. Instead, they bounce or leap along the surface, sometimes reaching heights of several meters.

Saltation is an important process in the formation of sand dunes. The wind blows the sand particles along the surface of the dune, and the saltating particles knock other particles out of place, which helps to build up the dune. Saltation can also be a destructive process. The saltating particles can erode the surface of the ground, and they can also damage crops and other vegetation.

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Final answer:

Saltation is the term for the movement of sediment particles that bounce or leap due to wind, affecting medium-sized particles such as sand.

Explanation:

When wind moves particles of sediment in a way that makes them bounce or leap, this movement is known as saltation. In the process of saltation, medium-sized particles such as sand are blown by the wind in short hops, staying close to the ground. Unlike smaller particles like silt or clay that move by suspension in the air, saltation involves sand-sized particles (diameter 0.1-0.5 mm) that are too heavy to remain suspended high in the air but can be lifted briefly above the surface. The other types of wind erosion, such as suspension and surface creep, affect different sized particles. Wind erosion is significant in shaping landscapes, especially in arid and semiarid regions where this phenomenon is more prevalent.

The statements below describe freshwater sources

Precipitation is a major source of freshwater sources and helps to replace

and replenish water lost during evaporation.

Surface fresh water seeps into the soil to form groundwater which is why

they have a direct relationship.

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Answer:

A is an enzyme,B is substrate, and yes, protein

Explanation:

Answer:80

Explanation:

the answer is 80 because you just do 705-625= 80

Answer: 80 newtons downward

Explanation:

Answer:

segmented worms

Explanation:

Segmented worms are the most complex animals with worm-like body plans.

Final answer:

The segmented worm is the type with a body divided into ring-like parts, and they belong to the phylum Annelida, with earthworms as common examples.

Explanation:

The type of worm that has a body divided into many ring-like parts is the segmented worm. Segmented worms are part of the phylum Annelida, which includes earthworms, leeches, and some marine worms. These worms have bodies that are segmented, meaning their bodies are separated into repeating units. Earthworms are common examples of segmented worms, and they play a critical role in enriching and aerating the soil, supporting terrestrial ecosystems. Additionally, segmented worms typically have well-developed organ systems, with a complete digestive tract, a fluid-filled cavity that acts as a hydroskeleton, and a more developed nervous system compared to other worm types like roundworms and

Answer: a new ocean floor would be most likley to form.

i hope i helped a thank and a brainlist would be greatly apprecited :)

Antibody–antigen complex: The forked end of an antibody recognises and binds to the antigen on the surface of the pathogen. The third and final line of defence is the immune response. The invading microbe or pathogen is called an antigen. It is regarded as a threat by the immune system and is capable of stimulating an immune response.

That would be C. Soil erosion. Deforestation means the destruction of trees, and trees have roots, roots which hold the ground in place, so when the wind blows, or water rushes thru it, it doesn't wash away. When trees get cut down, the roots die, and nothing is there to hold the soil down, so It washes away. Hope this helps!

Option C

Soil Erosion

All Prokaryote and eukaryote cells have plasma membranes.

Both prokaryotes and eukaryotes have cell membrane. Cell membrane is another name for plasma membrane.

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I'll need to see the choices/options in order to answer.

Answer:

Population 1 is more likely to adapt and survive than population 2 because there is more variation related to body color in population 1

Explanation:

That was the answer in study island :/

Answer:

I would say B.

Explanation:

A would only fix biodiversity temporarily, until humans come and wipe them out again. C is just kind of impossible, and containing them could also be problematic. D is also unreasonable, and some animals would not be able to thrive in new ecosystems. B would help save the environment, which would save the animals, which would help biodiversity.

To minimize the loss of biodiversity in rainforest ecosystems, it is important to implement several measures including conserving and protecting existing rainforest habitats, restoring degraded areas, and raising awareness about the importance of biodiversity conservation.

To minimize the loss of biodiversity in rainforest ecosystems, it is important to implement several measures. First, it is crucial to conserve and protect existing rainforest habitats by designating them as protected areas and wildlife reserves. This can be achieved through the establishment of new environmental protection laws specific to rainforest ecosystems. Secondly, efforts should be made to restore degraded rainforest areas by replanting native species and rehabilitating ecosystems. Finally, educating and raising awareness among local communities and the general public about the importance of biodiversity conservation and sustainable practices can go a long way in minimizing the loss of biodiversity.

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Answer:

Dmitri Mendeleev

Explanation:

Mendeleev published his periodic table of all known elements and predicted several new elements to complete the table in a Russian-language journal. Only a few months after, Meyer published a virtually identical table in a German-language journal.[45][46] Mendeleev has the distinction of accurately predicting the qualities of what he called ekasilicon, ekaaluminium and ekaboron (germanium, gallium and scandium, respectively). (wiki.com)

Dmitri Mendeleev ! Hope it helps

Please mark brainliest

Answer:

true

Explanation:

Answer:

True

Explanation:

Chemicals like Nitrogen, Carbon and Oxygen cannot be made or destroyed they can only change their phase and location.

There are several biogeochemical cycle in the environment which keeps the essential nutrient in rotation within the ecosystem.

Such as carbon cycle, nitrogen cycle, phosphorus cycle etc.  

In all these cycles, the nutrient is being continuously cycled between the producer (plants & trees), consumers (animals & human beings) and the decomposers (bacteria’s etc.)  

These nutrients continuously changes their form and place in order to be in a used efficiently.

Answer:

the correct answer is c

Explanation:

Answer:

WHich ones?

Explanation:

Answer:

c

Explanation:

the deer will be fine with human development near them, while the wolves territory will be split

The wolves could die out if humans cut down a few sections in the middle of the forest to build new homes. Therefore option (C) is correct.

An ecosystem, also known as an ecological system, is made up of all the organisms and the physical setting in which they live.

The nutrition cycles and energy flows connect these biotic and abiotic elements. Photosynthesis is how energy enters the system and is absorbed by plant tissue. Animals play a significant part in the transfer of materials and energy through the system by eating plants and one another. They also have an impact on the biomass levels of the microbial and plant communities.

In addition to facilitating nutrient cycling by transforming nutrients held in dead biomass back into a form that can be easily utilised by plants and microorganisms, decomposers also release carbon into the atmosphere through the breakdown of dead organic matter.

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Answer:

The answer is A. Sex-linked traits are more often expressed in males because they are typically carried by the X chromosome and they are also typically recessive. Males only inherit one X chromosome, so if the one they inherit is linked to the disease, they will express it no matter what. Females, on the other hand, can be carriers if they inherit one X chromosome with the disease. This is because their other X chromosome can be normal, which would dominate the expression of the disease on their other X chromosome. 

An alligator and an earthworm

Scientists know that organisms that are more closely related will have DNA sequences that are more similar to each other than organisms that are distantly related, the two organisms that would most likely have the fewest similar nucleotide sequences are humans and the bacterium present in Option a.

The relationship between evolutionary relatedness and DNA similarity arises from the fact that DNA sequences change over time while mutations can arise through various mechanisms, such as errors in DNA replication or exposure to mutagens, etc. As a result, organisms that diverged more recently from a common ancestor are expected to have more similar DNA sequences and more evolutionary relatedness than those that diverged further back in time.

Hence, the two organisms that would most likely have the fewest similar nucleotide sequences are humans and the bacterium present in option a.

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the question is incomplete, the complete question is below

Scientists know that organisms that are more closely related will have DNA sequences more similar to each other than organisms that are distantly related. Which two organisms below would most likely have the fewest similar nucleotide sequences in a given gene?

a)humans and the bacterium

b)human male and the human female

The statement, Modern thermal power plants generate power basically the same way the old steam engines do, is true.

Answer:

True.

Explanation:

Basically, the thermoelectric plants generate energy through a heated boiler where the water contained there will generate steam, that under high pressure, will move the turbines of a turbine of energy generator. Basically the same as the old steam engines generated energy.

After the movement of the turbines, the steam used goes directly to a condenser, where it will be subjected to low temperatures that will result in the transformation of the steam into water. This water returns to the boiler, starting the process once again.