Any particular element can always be identified by its

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Answer 1
Answer:

Answer:

Number of protons

Explanation:

Any particular element can always be identified by its number of protons.


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What is true of the energy that is passed from one trophic level to the next in a food chain?

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Answer:

The real answer to this question is about 10% of the stored energy of one level becomes stored energy at the next level higher.

Think about it, when a consumer eats the producer it also consumes the energy the producer stored and as the food chain grows the energy is passed through all. The only time the energy is released into heat is when a consumer dies and decomposes, and even then all of the energy isn't released.

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The choice that is true of the energy that is passed from one trophic level to the next in a food chain is about 10% of the energy passed from one level to the next is released as heat.

What sequence of events can lead to magma becoming soil

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Crystallization is the sequence of events which can lead to magma becoming soil.

Crystallization is termed as the process by which a solid is formed whereby molecules are organized to a structure which is known as crystal. Crystallization occurs into major steps which are nucleation and crystal growth. 

Most of the organic molecules and minerals crystallize easily. Biochemicals particles for example proteins are difficult to crystallize. Crystallization can also be a solid to liquid separation technique where the transfer of a solute from liquid solution to pure solid crystalline phase occurs.

Magma can become soil through a sequence of events involving volcanic activity, weathering, pioneer plant colonization, organic matter accumulation, and the gradual development of soil over time.

What sequence of events can lead to magma becoming soil?

The sequence of events that can lead to magma becoming soil involves a process known as weathering and soil formation. Here is a simplified sequence of events:

1. Volcanic Activity: Magma rises to the surface through volcanic eruptions, depositing lava and volcanic ash on the land.

2. Primary Succession: Over time, weathering, erosion, and natural forces break down the volcanic rock and ash, creating a barren landscape.

3. Pioneer Plants: Hardy pioneer plants, such as lichens and mosses, begin to colonize the barren terrain. Their growth helps break down the rock further, contributing organic matter to the developing soil.

4. Soil Formation: As the pioneer plants die and decompose, their organic matter mixes with mineral particles, creating a thin layer of soil called "young soil" or "topsoil."

5. Succession Continues: Over time, larger and more complex plant species, including shrubs and trees, colonize the area. Their roots penetrate deeper, breaking up the rock and contributing more organic matter to the soil.

6. Soil Development: Through the ongoing cycle of plant growth, decay, and organic matter accumulation, the soil gradually becomes richer and deeper. The breakdown of minerals from the volcanic rock contributes to the fertility of the soil.

7. Mature Soil: After a long period of succession and soil development, the area is transformed into a mature soil ecosystem capable of supporting diverse plant and animal life.

It's important to note that the process of soil formation is complex and can take hundreds or thousands of years depending on various factors such as climate, topography, and the types of organisms present.

Learn more on magma here;

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What is the name for the smaller units that make up complex carbohydrates?A. Monosaccharides
B. Nucleotides
O c. Amino acids
D. Fatty acids

Answers

Answer: A.) Monosaccharides

Explanation:

Monosaccharides are the building blocks of complex carbohydrates. Monosaccharides are simple sugars containing only one sugar molecule. Examples of Monosaccharides are glucose, fructose, mannose. Monosaccharides are joined covalently by a glycosidic bond to form polymers known as polysaccharide. For example, starch is a complex carbohydrate made up of many glucose units.

Answer:

A. Monosaccharides

Explanation:

B is for DNA, C is for protein and D is the polymer for lipids.

While surveying his apple trees, a farmer discovers a particular tree that produces apples with perfect size, color, and flavor. To reproduce this plant, he removes a twig from the s tree and attaches it to the stem and root system of a growing apple tree in a process called grafting. The tree will continue to grow and will later produce apples.Why does he use this method instead of planting an apple seed from the tree with ideal apples?

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It is because he knew, that was a good breed of plant (High variety)....so he did not want to waste that gene's capacity by hybridization with some other factors....

What types of organisms typically make up the base, middle, and top of a food web

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One base organism is "Algae"


What effect does temperature have on the characteristics of magma

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Magma, like many other things, liquifies at high heat and it cools down and solidifies at low temperatures. Basically, while inside a volcano, magma is liquid and extremely hot and flows freely. When it bursts out, it becomes lava and starts cooling down due to the air and winds and things like that, so it starts turning into rocks and in time these rocks create new layers of the volcano. This is how many islands were formed.

As temperature increases the viscosity of magma decreases,so the magma flows more easily.