If a molecule’s concentration outside the cell is higher than it is inside the cell , that solution is??

Primary Succession Gradual growth of organisms in an area that was previously bare, such as rock. (For example lichens, mosses, and ferns will first appear on bare rock). The Following Steps: Secondary Succesion It is the series of community changes which take place on a previously colonized, but disturbed or damaged habitat, (examples include areas which have been cleared of existing vegetaion such as a tree-felling in a woodland). Primary succession occurs following an opening of a pristine habitat, for example, a lava flow, an area left from retreated glacier, or abandoned strip mine.

In contrast, secondary succession is a response to a disturbance, for example, forest fire, tsunami, flood, or an abandoned field. Compare && Contrast Primary Succession starts at bare rock. Secondary Succession starts with soil and dirt already there. Secondary Succession takes 100 +(plus) years to develop. Primary Succession takes thousands of years to develop.

The answer is 100% D.

In the thermosphere and stratosphere, temperature rises with height. The temperature of the atmosphere's mesosphere and troposphere layers does rise with height. Thus, option D is correct.

The mesosphere's temperature drops with altitude. Near the top of this layer, temperatures as low as -90° C (-130° F) are recorded in the Earth's atmosphere. The mesopause is the area where the mesosphere and thermosphere meet.

As you ascend, the temperature of the mesosphere drops. The mesosphere has a temperature range of -2.5 to -90 Celsius. Because the Earth's surface generates heat, the temperature drops as one ascends.

Therefore, Mesosphere and Troposphere layers of the atmosphere does temperature increase as altitude increases.

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Three types of covalent bonds, they can form

Carbon has four valence electrons in the outer shell but it forms three covalent bonds with another carbon atom. i.e Single bond, double bond and triple bond.

Facilitated diffusion is a process where molecules move from an area of higher concentration to lower concentration with the aid of protein channels or carriers in the cell membrane.

Yes, in facilitated diffusion, molecules do move down their concentration gradient. This means that molecules will move from an area of higher concentration to an area of lower concentration. However, unlike simple diffusion which occurs directly across the plasma membrane, facilitated diffusion involves the use of protein channels or carriers within the cell membrane to help the passing of molecules. These proteins 'facilitate' the transport of molecules which would otherwise have difficulty penetrating the cell membrane due to their size or charge, hence giving it its name.

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A solution containing equal concentrations of hydronium and hydroxide ions is considered neutral. The pH scale measures these concentrations with pH 7 indicating neutrality. pH is calculated as -log [H3O+].

If a solution contains the same number of hydronium ions as hydroxide ions, this means the solution is neutral. This is because in a neutral solution, the concentrations of hydronium and hydroxide ions are equal. The pH of a neutral solution is 7.

These ions exist in all aqueous solutions and their concentrations are inversely proportional as determined by the ion product of water (Kw). Hence, the pH scale is utilized to express hydronium and hydroxide ion concentrations in a solution. A solution is considered acidic when it has a greater concentration of hydronium ions than hydroxide ions, and basic when it's the other way round.

The pH is calculated as -log [H3O+] and in this case, −log (1.0 × 10-7) which equals 7.00. Thus, basic solutions are those with hydronium ion molarities less than 1.0 × 10-7 M and hyrodixide ion molarities greater than 1.0 × 10-7 M thereby corresponding to pH values greater than 7.00. On the contrary, acidic solutions exhibit the inverse.

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Answer:

Advantage- it's easily observed; disadvantage- many minerals come in a variety of colors, so few can be identified by color alone. A mineral with a hardness of 6 will scratch a mineral with a hardness of (less/more) than 6.

Explanation:

Using color to identify a mineral can make the process easier and visually immediate, but it can be unreliable due to color variations or transformations under different lights.

One advantage of using color to identify a mineral, such as the vibrant complexes formed by transition metals like malachite (green), azurite (blue), and proustite (red), is that it can be a quick and easy visual guide. Color can often provide immediate information about a mineral's chemical composition and structure.

However, the main disadvantage is that it is not always reliable. Minerals can come in many different shades and tints, due in part to variations in their chemical compositions or even impurities. Thus, solely using color may lead to misidentification. Another example of color usage is found in Fluorescence and Phosphorescence, where rocks and other materials might emit different wavelengths of light under UV lamp or 'black light', corresponding to their mineral composition, and these colors can be very different from the mineral's color in normal light.

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I think is b but l don’t now

A solution that contains fewer solutes than the cell is said to be hypotonic. This indicates that the water will enter the cell by osmosis, which may result in the cell bursting. It can be prevented by the cell wall, hence option B is correct.

Plant cells can't explode because of their cell wall, nevertheless. The cell wall is a strong framework that encloses the cell membrane and gives the cell stability. It is constructed of cellulose, a substance that is extremely durable.

The pressure of the water that is entering the cell, the cell wall, keeps the cell from bursting. As, the cell can continue to operate normally even when in a hypotonic solution.

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They are both Homo Sapiens, so we know that their amino acid sequence will be the same making the DNA of both individuals very similar. According to studies, our DNA's are 99,4% - 99,9% similar, having only a 0,1% - 0,6% variation between two human individuals.

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BioTeacher101

" Annika and Pedro share approximately 99.9% of their DNA.

Humans share a vast majority of their DNA with one another, regardless of their cultural or geographical differences. On average, any two humans will have DNA that is 99.9% identical. This means that Annika and Pedro, as two individuals selected at random from the human population, would also share about 99.9% of their DNA.

The 0.1% difference in DNA accounts for the unique characteristics that make each person distinct, such as hair color, eye color, height, and other physical traits, as well as susceptibility to certain diseases. This variation is due to differences in the DNA sequence known as single nucleotide polymorphisms (SNPs), insertions, deletions, and copy number variations.

It's important to note that while the average genetic similarity between humans is 99.9%, this does not mean that any two individuals are exactly 99.9% similar. There is a small range of variability around this average. However, for the purpose of understanding the genetic similarity between Annika and Pedro, or any two unrelated individuals, the figure of 99.9% is a useful and accurate estimate.

In summary, the genetic similarity between Annika and Pedro is reflective of the genetic similarity shared by all humans, which is approximately 99.9%. This high degree of similarity is a testament to the shared ancestry and close relatedness of all people within the human species."

Answer:

Aerobic respiration requires oxygen to proceed, but anaerobic respiration does not.

Explanation:

Since domestic cats reproduce through meiosis, each parent gives off half of their genetic code (or DNA) to their offspring. The answer would be B, 19 chromosomes because that is half of 38. That is why when a parent gives birth to their child, they don't look exactly the same or act exactly the same as either of their parents. They are a mix of both, which is another explanation for why no two people look exactly alike.

You may wonder, a domestic cat births more than one offspring at a time. If multiple offspring share the same parents, why don't they look the same? The reason for that is because the half DNA that the parent is giving off is a different half than they gave to another offspring, if that makes any sense.

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yeah its c for sure bro

Different from is the usual phrase. Traditionalists persistently avoid different than, particularly in easy examples, such as She are different from him. More-liberal scholars show that a sentence like It is not unusual for men as compared to it is for women clear and short, and writing it with another form could appear in a clumsy clunker.

Protection of certain species is a very controversial topic. Many species like the mountain lion or jaguar that are near extinction in certain areas, are threats to human life. Another reason is that they could off set the food chain when they come back and be stonger than ever. For example the mountian lion could eat out the thriving white tail deer population which was struggling because of the mountain lion. And many people rely on white tail deer for food.

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Threats to human existence include numerous species, such as the mountain lion and the jaguar, which are on the verge of extinction in some regions.  

The question of protecting particular species is highly contentious. Another concern is that, if they return stronger than before, they can upset the food chain.

The mountain lion might decimate the abundant population of white-tailed deer, which was suffering as a result of the mountain lion. Additionally, a lot of people rely on white-tailed deer for sustenance.

There is a lack of technical competence in many nations that serve as habitat for endangered species. Increased capacity building would also be advantageous for local and international conservation organizations.

Therefore, the preservation of species might not be given top priority at the national level.

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The common features present are;

Hey lassie. Here is your answer for this question.

The genetic material is replicated in S phase. It will grow again in the G2 and then go into meiosis.

So your answer is B. The cell is undergoing meiosis and will cross over the genetic material next.

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Answer: B. The cell is undergoing meiosis and will cross over the genetic material next.

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When a hypothesis is proven by an experiment then it becomes theory.

If enough evidence accumulates to support a hypothesis, it moves to the next step — known as a theory in the scientific method and becomes accepted as a valid explanation of a phenomenon.

Hypothesis is constructed before any applicable research has been done. A theory, on the other hand, is supported by evidence.

If there weren't  secondary consumers, then the primary consumers population would increase. Also,  plant life would be threatened, which would cause increased difficulty for primary consumers to survive after they overpopulate.So the population increases in producer (and probably producer diversity) and decreases in secondary, tertiary and higher order consumer populations.

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(jacemorris04)

There would be a lot of herbivores. Also their would be a lack of vegetation eventually in their area because the secondary consumers will not eat most of the primary consumers like deer and squirrels which in turn will eat all of the vegetation.  This would conclude that the herbivores would eventually die do to starvation, that is why the meat eaters are needed in a ecosystem.

Hope this helps just took this quiz today and got a 4/4 on my answer so hopefully this will help you guys.

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Answer:

1.5 billion years ago

Explanation:

Protists are a collection formed up of protozoa, unicellular algae, and fungus forms. We will focus on the being part of this society: the protozoa (proto = first, zoa = beings). Protozoa are the earliest discovered collection of heterotrophic living that utilize and modify complicated meal particles into power. Although protozoans are only made up of a single cell, these organisms control to perform all the necessary responsibilities of life.  The protozoa are split into four principal associations: the ciliates, the flagellates, the heliozoans, and the amoebas.

Answer:

Option (C)

Explanation:

Protists are the kingdom that includes unicellular organisms. These organisms are eukaryotic in nature which means that it has a well-defined nucleus. They may be present in colonies or biofilm. But they re self-sufficient. Since the time of formation of these organisms, they have constantly undergone evolution forming a more complex type of organisms.  

The first protists appeared during the proterozoic age at about 1.8-1.5 billion years back.

Hence the most appropriate answer is 1.5 billion years ago i.e option (C)

The answer is C. A catalyst speeds up the rate of a chemical reaction. However, it is not consumed during the course of the day.

Seafloor spreading is a process that occurs at mid-ocean ridges, where new oceanic crust is formed through volcanic activity and then gradually moves away from the ridge. Seafloor spreading helps explain continental drift in the theory of plate tectonics.

Denser materials sank to the earths center and less dense materials were forced to the outer layers, forming a thin crust. Atmosphere: Less dense molecules rose to the surface. Oceans: As earth cooled, water vapor condensed to form rain which lead to the formation of oceans.

Acetyl CoA to CO. Acetyl CoA links glycolysis and pyruvate oxidation with the citric acid cycle. ... For each acetyl CoA that enters the citric acid cycle, two carbon dioxide molecules are released in reactions that are coupled with the production of NADH molecules from the reduction of NAD+ molecules.

Answer:

Acetyl-CoA donates two carbon atoms which eventually releases as carbon dioxide at the end of Citric Acid Cycle or Kerb Cycle.

Explanation:

Acetyl coenzyme A converts to oxaloacetate which then enters into the kerbs cycle or citric Acid cycle.  

In the first stage of Citric Acid Cycle (CAC), the two carbon atoms of acetyl group i.e acetyl CoA combine with four carbon atom of oxaloacetate molecule and produce citrate which is a six carbon molecule. Thus, in general it can be said that each acetyl group contribute two carbon atoms in CAC and by the end of CAC these two carbon atoms are released as carbon dioxide.  

The carbon cycle is a natural and integral part of life on Earth. A single carbon atom stored in a blade of grass may shift to the body of an animal that eats the grass.

Answer:

A. Archaea lack peptidoglycan

Explanation:

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Answer:

A. Archaea lack peptidoglycan

Explanation:

Answer:

The physical factors of the Earth affect population density by becoming a key determinant in which the individuals opts to live. The majority of the individuals desires to live in an area closer to their place of interest, where the climate is accessible and favorable. When there is an elevation in population, the rate of birth becomes high, and the age structure of the population becomes like a pyramid that signifies that more of the individuals in the population belongs to a younger age.  

Earth’s physical factors greatly influence population density

It is because on physical factors people depends. Physical factors that affect population density are water, climate, land shape, vegetation, soils and availability of natural resources etc. If these factors are present in large quantity then the population density will be higher and vice versa.

When population growth increases in an area, the population of a country has a triangle-shaped age structure which represents higher population of younger individuals and lower number of aged people.

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Color diversity within a butterfly species affects its survival and evolution, allowing for natural and diversifying selection that can influence the population's genetic variance. Studies, such as those on yellow buntings' responses and the dependence of Karner blue butterflies on wild lupine, illustrate how color variation can impact ecological dynamics and conservation.

Color diversity within a butterfly species can have significant effects on the population's survival and evolution. In a hypothetical scenario, where butterflies exhibit varying colors, these colors may play a role in the butterflies' ability to avoid predators, seek mates, or exploit different ecological niches. For example, in the case of yellow buntings showing fleeing behavior from butterflies with eyespots, the data could suggest that these butterflies have developed a defensive trait that can influence natural selection. Predators avoiding butterflies with eyespots may lead to an increased frequency of this trait within the butterfly population.

This selective pressure could cause a shift in the population's genetic variance, favoring butterflies with eyespots. Likewise, diversifying selection might occur if different colors confer advantages in different environments (e.g., light-colored butterflies in sandy areas and dark-colored ones in dark forests). Counting and observing the impact of color diversity on a specific butterfly population, such as the federally endangered Karner blue butterfly, can inform conservation efforts and aid in understanding ecological dynamics.

Additionally, human activities such as the selective capture of colorful fish, or pollution altering habitats, can induce artificial selection or environmental changes that rapidly shift the phenotype distribution in animal populations. The key to a species' long-term survival could heavily rely on the biodiversity reflected in color variations amidst different environmental pressures.

Answer:

Nucleus

Explanation: