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3 years ago

What tiny blood vessels transports absorbed nutrients what is it called?

2 answers:

7 0

The tiny blood vessels that are responsible or have the role of transporting absorbed nutrients in our body is the capillaries. It is a network in which connects the venules and the arterioles in order to transport and connect nutrients for evenly distribution in the body.

Dmitriy789 [7]3 years ago

6 0

The Answer Is Capillaries

I Know Because I Just Took The Test.

Hope It Helps And PLEASE Mark Me The BRAINLYEST!!

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1. How many food chains make up the food web?

viva [34]

Answer:

A food web can be formed by more than one food chain, since the webs includes all possible interactions that can occur between individuals of different trophic levels.

Explanation:

Based on the scheme shown in the image

<h3>1. How many food chains make up the food web? </h3>

This food network is made up of three food chains

<em>Plant → Bird → Snake</em>
<em>Plant → Insect → Bird → Snake</em>
<em>Plant → insect → Frog → Snake</em>

Food webs often include several food chains, since they are due to the interaction between organisms at different trophic levels, which actually happens within an ecosystem.

<h3> 2. Which organism is an herbivore? </h3>

In this case, both the insect and the bird are herbivorous organisms, since they feed of the producer, which is the plant.

<h3> 3. Which organism is an autotroph? </h3>

The only autotrophic organism is the plant, since it is capable of manufacturing its nutrients from sunlight and inorganic matter.

<h3> 4. Which organism is a third-order heterotroph? To what trophic level does that organism belong? </h3>

The third order heterotroph is the snake, since it feeds on other animals. The snake is a carnivore and can be a secondary or more commonly tertiary consumer, so it can be placed in the 3rd or 4th trophic level.

<h3> 5. Which organism is an omnivore? </h3>

According to the scheme proposed, the bird is omnivorous, since it feeds on both plants and insects.

<h3> 6. Which organisms belong to more than one food chain? </h3>

In this case, the plant, the insect, the bird and the snake are part of more than one food chain.

<u><em>Plant → Bird → Snake</em></u>
<u><em>Plant → Insect → Bird → Snake</em></u>
<u><em>Plant → insect</em></u><em> → Frog → </em><u><em>Snake</em></u>

<h3> 7. Which organism belongs to more than one trophic level? </h3>

The bird can be located in both the second and third trophic level, being a primary consumer —when it feeds on plants— or secondary, when it feeds on insects.

<h3> 8. What are decomposers? From which trophic levels are the organisms that decomposers feed on? </h3>

Decomposers are generally bacteria and fungi, organisms capable of degrading organic matter, thus enriching the soil. Decomposers can feed on any trophic level.

<h3> 9. What does a pyramid of energy show about the amount of energy available at different trophic levels of a food chain? </h3>

As the ascent of the pyramid occurs —or at the upper trophic level— the amount of energy available decreases. This is because from one trophic level to another only 10% of the energy can be used. If a plant has 5000 Kcal available, the herbivore that consumes it can only use 500 Kcal.

<h3> 10. Why do different trophic levels have different amounts of energy?</h3>

The main <u>reason for the difference in energy in each trophic level is that energy is lost in each one of them</u>, which the organisms use in their metabolism. A consequence of the metabolism is the loss of energy as heat, which is acquired by the environment.

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3 years ago

All existing matter and space is referred to as the _______________

Musya8 [376]

Answer:

The universe is the answer

5 0

3 years ago

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Historically, African elephants have had large ivory tusks. For many years, poachers (illegal hunters) have been killing elephan

Naily [24]

The Answer is A

~VERNEX

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3 years ago

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1.What do taxonomists study? How does this benefit other disciplines of biology? 2.What is a holotype? Why are these extremely u

laila [671]

1. What do taxonomists study? How does this benefit other disciplines of biology?

Taxonomist is the professional who makes the description, indetification and classification of all living things. This science is very important in the elaboration of inventaries and description of our planet's biodiversity. Taxonomy helps us to understand the evolutionary line and, consequently, to understand how interactions in nature work, which factors influenced the evolution of species (climate change, natural events, genetic modifications).

2.What is a holotype? Why are these extremely useful distinctions for scientists? What does it allow them to evaluate?

Single sample or model that serves as a reference basis for the first description and nomenclature of a species. Because it is the model specimen to begin classifying a new taxon, halotypes are the only basis scientists have for starting this process. The halotype allows scientists to analyze all its morphological characteristics that will serve as the basis for classifying other organisms of the same taxon. As long as the holotype exists, it will keep the name of the taxon fixed regardless of future changes that may occur.

3.Would you like to be a holotype? Why or why not?

Yes. Because holotype organisms are unique and extremely important. They are always consulted and never forgotten.

4.What are some of the problems researchers face in classifying organisms?

Classifying new species that have no prior information, rearranging genera that have been changed, and discontinuing old names are some of the difficulties faced by taxonomists. Researchers often conflict, resulting in some delay in classification.

5.How do scientists approach these problems? Once an organism is classified, is this classification set in stone? Why or why not?

Taxonomists always seek to exchange information with other taxonomists from other parts of the world, access databases, perform comparative DNA tests to find similarities in order to correctly classify organisms. Classifications are never unchanging. Taxonomy evolves along with technological advances. Due to the constant evolution of genetic engineering, molecular biology and computer programs, often the old classifications end up having to be altered because it is found that based on DNA analysis, an organism actually belongs to another classification, or belongs to none. In the latter case, it is necessary to create a new classification, or dismember the taxon.

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3 years ago

Predict what will happen to ranchers revenue and the environment if livestock production increases globally.

Otrada [13]

Answer: A)

Explanation:

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3 years ago