If there are a total of 500 nucleotides in a set of DNA and 150 are adenine what is the amount of the rest of the bases?

General Strain Theory, Social Control Theory, and Social Learning Theory are among the leading criminological theories that explain criminal behavior, delinquency, and the reasons why people deviate from the social norm.

General Strain Theory(GST) is a sociological theory that asserts that individuals' strain or stress can lead to criminal behavior. According to GST, three sources of strain; failure, negative stimuli, and separation can contribute to an individual's deviant behavior.

Example: Suppose a person is looking for work but is continually refused because of his age. This may cause the person to feel frustrated and may lead him to engage in criminal behavior.

Social Learning Theory asserts that people learn to be violent or non-violent based on observation and modeling from their environment, and people in their social surroundings. The theory argues that people will engage in criminal behavior if they think the benefits outweigh the negative consequences. the theory also suggests that people are more likely to be violent if they feel their environment encourages it.

Example: A child might be exposed to a parent who uses violence as a means of problem-solving. They may grow up believing that violence is the only way to solve problems and begin engaging in violent behaviors themselves.

Social Control Theory argues that people do not commit crimes or deviant behavior because they fear the negative consequences of doing so and they are less likely to engage in deviant behavior as they have stronger ties to society.

Example: A person may choose not to engage in criminal behavior because they fear the punishment that may come with it.

In conclusion, these three theories attempt to explain criminal behavior and deviant behavior from different perspectives. While General Strain Theory argues that strain or stress leads to deviant behavior, Social Control Theory suggests that people will refrain from criminal activity because of the consequences. Social Learning Theory asserts that people learn from their environment and the people in it and may model or imitate their behavior.

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Niche partitioning facilitate the coexistence of 20 terrestrial bird species investigated in Mohd-Azlan et al dividing resources.

Niche partitioning is a process where species divide resources in order to coexist in a particular habitat. In Mohd-Azlan et al. (2014), niche partitioning facilitated the coexistence of 20 terrestrial bird species by dividing resources. In other words, the birds have found ways to share limited resources such as food and habitat. For example, one bird species may feed on insects while another bird species feed on fruits and seeds.This allows each bird species to access its unique set of resources without direct competition with others.

Another way niche partitioning facilitated coexistence is by using different habitats. For example, some bird species may prefer to inhabit the canopy while others may prefer the understory or ground level. This helps to reduce competition for resources such as nesting sites and food. In conclusion, niche partitioning plays an essential role in facilitating the coexistence of bird species, this is achieved by allowing each species to access resources in a unique way, reducing competition and increasing the likelihood of survival.

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Property of lipids found in the cell membrane c.) they would have polar heads and non-polar tails.

The heads forming the outer and inner linings are hydrophilic that means water loving. And the tails that face the interior of the cell membrane are hydrophobic that means water fearing. The most abundant membrane lipids are the phospholipids having a polar head group and two hydrophobic hydrocarbon tails.

Phospholipids, cholesterol, and glycolipids are three types of membrane lipid molecules. The lipid compositions on the inner and outer layers are different depending on the different functions of the two faces of a cell membrane.

Lipids works as an essential structural component of membranes, as a signaling molecules, chemical identifiers of specific membranes and as energy storage molecules.

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The characteristic of ribose required for the termination of a DNA strand in DNA sequencing is 3'-OH (hydroxyl). So the correct answer is option B.

Ribose is a pentose sugar which is the fundamental building block of nucleotides. The ribose sugar makes up the backbone of RNA, just like deoxyribose in DNA, RNA is synthesized in the 5' → 3' direction. The addition of nucleotides begins at the 3' end and ends at the 5' end, 3' end of the nucleotide contains a hydroxyl group (-OH), whereas the 5' end contains a phosphate group (-PO4). When a dideoxynucleotide triphosphate (ddNTP) is incorporated into the elongating DNA strand, there is no 3'-OH group present in the ddNTP.

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Answer:

earthquakes occur when the edges suddenly become unstuck and slip along a fault

Explanation:

Answer:

Group D

Explanation:

Precision is how close the measurements are to each other

Answer:4:12

Explanation:

This question already provides you with the punnet square, genotypes resulting from the cross, and phenotypes resulting from the cross. Simply count the number of green phenotypes (the green circles), and compare them to the number of yellow phenotypes (yellow circles), and you get 4 green for every 12 yellow.

Answer:

answer is

chimp

mouse

lizard

salamander

Explanation:

hope it helps u mark me BRAINLIST

Answer:

chimp

mouse

lizard

salamander

Answer:

A. 0%

Explanation:

took the test

The body would not excrete urine that is hypertonic to blood plasma when there is a sufficient water intake and hydration level in the body.

In such cases, the kidneys adjust the composition of urine to maintain the body's water balance and prevent excessive water loss. This ensures that urine is not excessively concentrated and remains relatively isotonic or hypotonic to blood plasma.

Mammals, including humans, have evolved mechanisms to conserve water and maintain fluid balance in the body. One of these mechanisms is the ability of the kidneys to regulate the composition of urine based on the body's hydration status.

When the body is adequately hydrated, meaning it has sufficient water intake, the kidneys prioritize maintaining water balance rather than conserving it. In this situation, the body does not need to conserve water and can afford to excrete urine that is less concentrated.

The kidneys adjust the reabsorption and secretion of water and solutes to maintain the body's water balance. This means that the composition of urine will be adjusted to prevent excessive water loss. As a result, urine may be isotonic or hypotonic compared to blood plasma, depending on the specific hydration needs of the body.

However, in situations where the body is experiencing water deprivation or dehydration, the kidneys adjust their function to conserve water. This leads to the production of urine that is hypertonic to blood plasma, allowing for water reabsorption and minimizing water loss from the body.

In summary, the body would not excrete urine that is hypertonic to blood plasma when there is sufficient water intake and hydration level. The kidneys prioritize maintaining water balance and adjust the composition of urine accordingly, aiming to prevent excessive water loss and maintain proper hydration in the body.

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Answer:

it will get destroyed because it over the mass if more mass

Answer:

80°C

Explanation:

The change in temperature can be calculated my using the specific heat capacity equation as follows;

Q = m × c × ∆T

Where;

Q = amount of energy (J)

m = mass (kg)

c = specific heat capacity of water (J/kg°C)

∆T = change in temperature (°C)

According to this question, Q = 201,600J, m = 600g = 600/1000 = 0.6kg, c of water = 4200J/kg°C

Using Q = m × c × ∆T

201600 = 0.6 × 4200 × ∆T

201600 = 2520 × ∆T

∆T = 201600 ÷ 2520

∆T = 80

Change in temperature (difference in initial and final temperature) is therefore 80°C

Answer:

It is transpiration

Explanation:

In botany ,a plant loss water mainly through the stomata of leaves

Answer:

they may cause the development of a disease-causing allele

they may cause the development of a more beneficial allele

they, in some cases, may have no noticeable affect.

Explanation:

Answer:

Mutations may be beneficial, harmful, or neutral to organisms. If the change caused by a mutation is useful to the organism, then it is beneficial. If the change is damaging to an organism, then it is harmful. If the change is neither useful nor damaging, then the mutation is neutral.

Explanation:

Answer:

It would have drastic effect

Explanation:

It would have extreme affects to many organisms by an example:

let's say this plant needs to be in low temperatures and thanks to global warming most likely this plant won't be alive any more

credits to:socratic.org for a longer explanation just in case ;)

hopefully this helps

Answer:

That is the part of the flower.

African populations exhibit significant levels of genetic diversity and phenotypic variation since modern humans are thought to have originated there and have adapted to a variety of environments.

The variety of various inherited features within a species is referred to as genetic diversity. There would be many people with a wide range of diverse traits in a species with significant genetic diversity. For a population to adapt to changing surroundings, genetic variety is essential. The ability of a population to adjust to changes will be lowered if a highly chosen and low diversity strain—such as fish populations raised for aquaculture—is transplanted into a wild population. One of the best examples of genetic variety is the various breeds of dogs that have been created by selective breeding. There are more than 50,000 different types of rice.

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A set of genes transmitted together on the same chromosome is called a linkage group. The concept of linkage refers to the physical proximity of genes on a chromosome and the likelihood that they will be inherited together.

Linkage groups are important for understanding patterns of inheritance and genetic diversity within populations. The closer two genes are located on a chromosome, the more likely they are to be inherited together, which can limit genetic variation. However, recombination events that occur during meiosis can break up linkage groups and create new combinations of alleles, increasing genetic diversity. The study of linkage and recombination played a key role in the development of modern genetics and helped to confirm the chromosome theory of inheritance.

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Answer: 20 g/cm^3

Explanation:

V=Length* Width* Height

V=3*2*1=6 cm

Answer:

Explanation:

one volt is the potential difference between two points in electric field if one joule of work is done to move a charge of one coulomb from one point to another point against the electric intensity

1v=1w/1q

Answer: Unknown side effects or outcomes may result from genetic engineering. Some people may experience unanticipated allergic reactions as a result of changes in a plant or animal that did not occur in its original form. Other changes can result in an organism's toxicity to humans or other species.

Answer:

4 goes to b

2 goes to d

1 goes to c

3 goes to a  

Explanation:

Answer:

bacteria that cause periodontal disease adhere to teeth.

Explanation:

The statement that would be a Type I error is "saying that the person is an agriculture major when in fact the person is a business major". The correct answer is A.

A Type I error in a hypothesis test is when the null hypothesis (the assumption that the person is a business major) is rejected when it is actually true.

In this scenario, the student is presented with one person and is asked to identify the major of this person. If the student claims that the person is an agriculture major when in fact the person is a business major, this would be a type I error.

The question should be provided with answer choices, which are:

A is the correct answer.

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If the sea lamprey population never reproduced, it would eventually go extinct. Reproduction is essential for the survival of any species. In order to be a predator, the sea lamprey attaches itself to other fish and feeds on their body fluids. Adult sea lampreys, which are 12-24 inches long, feed entirely on other fish. They are already predators. They are parasitic in nature and have no jaws, but possess a skeleton made of cartilage. In their native ocean, they don't typically kill their hosts, but in the Great Lakes, where no co-evolutionary link exists, they act as predators and can kill up to 40 pounds of fish each over their 12-18 month feeding period. The Great Lakes Fishery Commission is working on several methods to control sea lamprey populations, including the use of a pesticide called TFM and the release of sterile male lampreys. [2][3]

References:

[1] High predation of native sea lamprey during spawning ...

[2] Great Lakes Fishery Commission - Sea Lamprey

[3] Sea Lamprey

~~~Harsha~~~

Answer small and large intestines

The primary structure of proteins is disrupted through the hydrolysis of peptide bonds. The peptide bonds are formed between the amino acid residues during the process of protein synthesis. The level of protein structure that is disrupted by the hydrolysis of peptide bonds is the primary structure of proteins. The primary structure of proteins is the sequence of amino acids held together by peptide bonds, also known as polypeptide chains.

Hydrolysis is the process of breaking the peptide bond in proteins. During hydrolysis, the peptide bond is broken by the addition of water. A molecule of water is split into hydroxide ion (OH-) and a proton (H+) in the process. The OH- attacks the peptide bond, causing it to break, and resulting in two amino acids. The hydrolysis of peptide bonds is an important process in the digestion of proteins.

The primary structure is disrupted when hydrolysis occurs. Consequently, it impacts the higher levels of protein structure such as the secondary, tertiary and quaternary structures which are stabilized by interactions such as hydrogen bonds, disulfide bonds, and van der Waals interactions.

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