Which process enables the use of resources repeatedly​

Answers

Answer 1
Answer:

Answer:

Reversible process

Explanation:

Reversible process is the process in which the reactants and the products both are used. They both are produced also. We can consume either the product or the reactant. So, if we need a resource to be produced repeatedly, we should put it in a reversible process.


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Millions of species exist today. Based on Darwin's theory of evolution, which of the following best explains how this is possible?A. Organisms pass on acquired traits to evolve into more advanced life forms.


B. Organisms are selectively bred to create new species.


C. New species are crossed with each other to form many different organisms.


D. Different genetic variations in organisms are selected in different habitats.

Answers

Charles Darwin in (1809-1882) gave the theory of evolution that was based on natural selection
Millions of species exist today. Based on Darwin's theory of evolution the best statement that explains that how it happen is 

Organisms pass on acquired traits to evolve into more advanced life forms.
its because the environment chooses the one which is fittest of all and the one which is not will not survive 
so correct option is A 
hope it helps

Organisms pass on acquired traits to evolve into more advanced life forms. So correct option is A.

What is theory of evolution?

Charles Darwin in gave the theory of evolution in 1809-1882 that was based on natural selection which is survival of the fittest.

Based on Darwin's theory of evolution the best statement which explains that how it happen is because of the environment opted the one which is fittest of all and the one which is not will not survive or die.

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What is the name of the drug that used to put animals to sleep?

Answers

pentobarbital is the name of the drug

Explain why tongue rolling ability is a discontinuous variation

Answers

Since tongue rolling ability is determined by a single gene with two separate alleles—the dominant allele, which codes for tongue rolling ability, and the recessive allele, which codes for tongue rolling incapacity—tongue rolling ability is a discontinuous variation.

What is Tongue rolling ability?

The hereditary characteristic known as tongue rolling ability controls whether or not a person can roll their tongue into a tube shape. This characteristic is frequently used as an illustration of a straightforward hereditary trait with discontinuous variation since there are only two possible outcomes: either a person rolls their tongue or they do not.

Either a person has the recessive allele, which prevents them from rolling their tongue, or they have the dominant allele, which allows them to roll their tongue. There is no intermediate or in-between trait, and the presence or absence of the dominant allele is a distinct, plainly observable phenotype.

Therefore, the capacity for tongue rolling is an illustration of a discontinuous variation.

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He will be able to roll his tongue, because the 'A' allele is dominant over the 'a' allele. The 'a' allele is recessive. ... Tongue rolling is an example of discontinuous variation: you either can roll your tongue or you can't. Other characteristics, for example height and weight, show continuous variation.

What makes a plant green?

Answers

Plants have this green pigment chlorophyll in their cells. We do not have chlorophyll in our cells.
The green pigment chlorophyll

How do rates of mutation "power" molecular clocks?

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Molecular clocks use rates of mutation to measure evolutionary time. Mutations add up at a fairly constant rate in the DNA of species that evolved from a common ancestor. The more mutations that happened in each lineage, the greater is the differences between these lineages.

How does human evolution or natural selection relate to the susceptibility of disease?

Answers

Human evolution known to be a process in which species adapt to certain conditions of life, and in the battle of life and death, they are forced to become stronger in order to survive in this world. Diseases have always been present during the evolution, acting themselves as a natural selectors - the weaker organisms get sick and die. Not just humans, but all species have to establish a great protecting mechanism in order to survive. That is how our bodies are built, to be able to withstand and survive in the conditions we live in, and that is why our immune system has to be taken care of.  

Diseases are believed to continue in human populations originally because of a balance among mutation, genetic drift, and natural selection, with alleles that provide to infection preceded by mutation, directed in part by stochastic genetic drift, but eventually excluded from the population by cleaning selection.

Those most susceptible are more likely to get complications and die or be less fit. If the sensitivity were genetic fewer survivors would presumably have some descendants. Those with better resistance would rise in proportion to those with comparatively lacking immunity all other things being alike. That change in the ratio of genetic types would be evolution by natural selection. Modern medicine involves that a bit by usually curing most diseases.