Part 2. 2. Suppose the DNA sequence GCTATATCG was changed to GCGATATCG. How would the products of transcription and translation be affected?

The correct answer is B. DNA nitrogenous base

Mutation refers to the change in the sequence of bases in DNA. Some mutations can have neutral, beneficial, or harmful effects on an organism.

As we know an agent that causes the disease is a pathogen, an aerosol can be a means of contagion, an epidemic is the result of an uncontrolled contagion and finally, a weaponized agent is part of biological warfare, so we can say that the correct answer is the first option an agent that causes disease.

Biology > Human Biology > Central nervous system + Peripheral nervous system

In the diagram, we are looking at three distinct structures, the brain (A) and spinal cord (B) that make up the central nervous system, and peripheral nerves (C) that make up the peripheral nervous system and come from the spinal cord.

The peripheral nervous system picks up signals from the environment and sends them to the brain, which processes them. Therefore, the answers would be as follows:

1. C

2. B

3. A

4. C

5. B

6. C

7. A

8. B

9. B

10. A

Answer:

D. 4 The Intermemberane space

Answer:Rocky Mountain spotted fever is caused by Rickettsia rickettsii

Explanation:This fever is spread to humans by bites from the American dog tick or the wood tick.

The answer is the letter B. a hypothesis

*A hypothesis is a possible explanation that corresponds to set of observations

A)In this case, we are talking of nicotinic and muscarinic receptors, in the first case the nicotinic is called like that because nicotine can activate them, meanwhile the second is not, so in the table type one would be nicotinic meanwhile type two would be muscarinic. So nicotinic receptors are ligand-activated receptors, they possess hetero-oligomers of five subunits each with four transmembrane domains, meanwhile the muscarinic are coupled to a G protein, consist of individual proteins with seven transmembrane domains.

Nicotinic receptors allow the entrance of NA+ ions or the exit of K+, In some other cases allow the pass of Ca+, depolarizing the cell and generating a postsynaptic potential. Meanwhile, the muscarinic receptors mediate the subsequent hyperpolarization (recovery of the neuron after depolarization) and a type of depolarization (slow polarization).

B)Actilcholinesterase hydrolyzes the acetylcholine and that way ends the action of the neurotransmitter released in the synaptic cleft, if this neurotransmitter is not eliminated the ionic channels mediated by the receptors would not open again, as long as the acetylcholine is still detected once depolarization occurred the channel will not open, so muscular contraction cannot happen normally if acetylcholinesterase is inhibited.

The duration of each phase of cell division is:

Cell division refers to the process by which individual cells grow and divide to produce two daughter cells.

There are four stages of cell division. They are given below as follows:

The percentage of cells in each phase of the cell cycle is given below as follows:

Interphase: 84.5%

Prophase:  7.7%

Metaphase: 1%

Anaphase:  2.5

The duration of each phase of the cell cycle will be:

Interphase: 84.5% * 10 hours = 8 hours 27 minutes

Prophase:  7.7% * 10 hours = 46 minutes

Metaphase: 1% * 10 hours = 6 minutes

Anaphase:  2.5% * 10 hours = 15 minutes

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Degraded habitats often have very low diversity often with large populations of organisms that are present because the carrying capacity for native plants, animals, and other species is diminished.

When a habitat is destroyed, the carrying capacity of native plants, animals, and other species is reduced, which causes populations to decrease and occasionally reach the point of extinction. Loss of habitat is arguably the biggest hazard to organisms and biodiversity.

The main cause of biodiversity loss is habitat loss brought on by resource extraction, agricultural conversion, and urbanization. As a result of habitat fragmentation, there are now isolated little areas of land that cannot support species populations in the long term.

While habitat restoration can boost local biodiversity and species populations, habitat loss can split ecosystems and result in the extinction of species.

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Because sunlight is needed to break down h2o and co2 molecules in to c6h12o6

The correct options include C, D, E and F

The correct answer is the first one, aneuploidy. Aneuploidies refer to qualitative or quantitative abnormalities in the chromosome set.

Answer:

A, aneuploidy

Explanation:

Got it right on edge 2022 .

The shift of sand and sediments around the beachfront hotel is due to a combination of waves, tides, and what is flourishing on the seafloor. The intensity of the moving water drag the sand away from the coast. Sand erosion is stimulated by high winds. Climate change could abolish part of the world's sandy coastlines.

To avoid loss of sand around the beachfront, sand dunes, vegetation, seawalls, sandbags, and sand fences are some of the methods of prevention. As a citizen, we can contribute in our way, ways to improve the beaches thereby preventing sand disappearance along its shoreline. We should watch our trash properly. Throwing garbage anywhere will contribute to pollution. We can join a clean-up drive to make this realistic.

Aerobic activities such as running, cycling, and swimming, are effective ways of boosting neurogenesis. The aim is getting the heart pumping for more than 20 minutes at a time, and on a regular basis. In this state levels of several growth hormones are elevated in the brain.

Answer: D

Correlation is a statistical method used to proof the relationship between two quantitave or categorical variables. It does not establish causality between the variables. All you can conclude from the statement is that "taking vitamin C" and "the decrease of cold symtoms" are somewhat related.

To determine the nature of the relationship you need to do further investigation.

The correct answer is a.

DNA is replicated before cell division and therefore also before crossing -over, which occurs during cell division (Options A and B).

The DNA replication stage is a step before the cell division which occurs in the interphase of the cell cycle, more precisely in the synthesis S phase of the interphase.

Therefore, with this data, we can see that the DNA replication stage occurs in the synthesis S phase of the cell cycle, which occurs in the interphase before the division stage, and crossing over occurs during cell division.

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Answer:

DNA, Nucleus, RNA polymerase, template strand, mRNA

mRNA, amino acids, proteins, ribosome, tRNA, polypeptide

Explanation:

I have to go to class but in about an hour I can explain it if you want me to

Transcription - DNA converted into mRNA

DNA in nucleus

translation - mRNA converted into amino acids

mRNA in ribosomes

Answer:  ....the distal one-third of the transverse colon, descending colon, and proximal two-thirds of the rectum.

Explanation:

Individual 4 in generation II has a genotype of Aa.

This is an example of heterozygous pair. The presence of two different alleles at a particular gene locus. A heterozygous genotype may include one normal allele and one mutated allele or two different mutated alleles.

This is an example of heterozygous pair.

The term “heterozygous” also refers to a pair of alleles. Unlike homozygous, being heterozygous means you have two different alleles. You inherited a different version from each parent. In a heterozygous genotype, the dominant allele overrules the recessive one. Therefore, the dominant trait will be expressed.

Moreover, the presence of two different alleles at a particular gene locus. A heterozygous genotype may include one normal allele and one mutated allele or two different mutated alleles.

Therefore, an organism that has the same two copies of a gene is considered homozygous for that trait, while an organism that has different copies of a gene for a particular trait is considered heterozygous for that trait.

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A hypotonic solution has a lower concentration of solutes than the other solution, in this case, the cytoplasm of the plant cell.

This means that the water will move towards the interior of the cell by osmosis. The plant cell can put the water in vacuoles, the cell will still gain that water, and they become turgid (swell), but they do not burst because of the cell wall.

This means A. It will swell, would be the right answer.

Hypotonic solution refers to the condition where the cell has less concentration compared to the outer environment, that is the cell has low concentration of solutes. Therefore, it will swell in hypotonic solution.

Concentration of a cell is controlled by the plasma membrane of the cell. There are three conditions of the concentration of cell such as - hypertonic, where the concentration of the cell is higher than the surrounding of the cell.

Hypotonic, when the concentration of the cell is lower than the surrounding of the cell.

Lastly, isotonic, where the concentration of the cell is as same as the surrounding.

The concentration of the cell depends on the flow of solute molecules from cell to outside and inside. Therefore, according to the condition in the question the cell will swell in a hypotonic solution.

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Answer: The properties of soil is giving the nutrients needed for the plant to survive, and help it stay in healthy shape, now the structure must be very important in order for the plant to receive its nutrients in the specific process needed.

Hope that helps.

The properties of soil is giving the nutrients needed for the plant to survive, and help it stay in healthy shape, now the structure must be very important in order for the plant to receive its nutrients.

Color, texture, structure, porosity, density, consistence, aggregate stability, and temperature are among the physical characteristics of soil. These characteristics have an impact on biological activity, nutrient cycling, infiltration, and erosion.

Soil structure is one of the most important soil's physical factors controlling or modulating the flow and retention of water, solutes, gases, and biota in agricultural and natural ecosystems.

The movement of air, water, solutes, and heat through the soil is governed by the physical characteristics of the soil. Depth, temperature, texture, structure, bulk density, and water-holding capacity are the primary physical characteristics of soil.

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During his experiments, Mendel used the pea plant as an object of study. Some of the reasons were that these plants have genetic variability (different color, shape or size), crossing between varieties is easy, and self-pollination can be prevented by removing the anthers of the flowers.

Since Mendel's experiments did involve dominant and recessive alleles for a trait, and flowers can be easily protected from foreign or self-pollinated pollen, the answer is D (a plant that has only 2 alleles for a trait), since the traits that Mendel evaluated as color or shape had two alleles for each trait (color: yellow/green, shape: smooth/rough).

Let's take a closer look at the context of the problem:

We are given that Miller and Urey ran an experiment trying to determine whether Earth's early atmosphere could have created the building blocks of life as we know it.

We are given the results of the experiment: amino acids were condensed in a liquid. Recall what amino acids are. Amino acids are the building blocks of life that form proteins. Proteins are necessary for day-to-day functions in an organism.

If in the experiment we did find amino acids, then we can speculate that life could have been formed from biomolecules formed from Earth's early atmosphere.

Recall that the context said that Miller and Urey did find amino acids in their experiment.

Therefore, our best answer choice for the problem is A. Miller and Urey showed that biological molecules could have formed from the atoms present in the early atmosphere.

Gene therapy can improve the society by being able to treat a wide range of diseases, such as cancer, heart disease, etc.

A gene is referred to as the the basic physical and functional unit of heredity and is present in the DNA of living organisms. On the other hand gene therapy is the process in which there are changes made to the human  genome in other to treat a disease or illness.

This is usually done by introducing a normal gene into an individual's genome in order to repair different types of mutation and has been effectively proven to have such type of property.

Gene therapy generally ensures that different types of sicknesses are successfully treated by the healthcare professionals thereby decreasing the mortality rate.

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"The early solar system had large amounts of water; so, the oldest objects in the solar system should also be abundant in water" statement is a scientific claim.

A scientific claim is a statement that provides an answer to a set of scientific questions and is supported by relevant scientific evidence. There is a need for the claim to be justified.

Here's the scientific assertion: The evidence supporting the assertion that the early solar system contained significant amounts of water is the presence of water in all primitive bodies, including comets, asteroids, and numerous dwarf planets, including Ceres. There are numerous indications that water is abundant across our solar system.

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The diagram doesn't show any external interferences, such as mutations (the populations all have the same types of individuals) or recombination (there's no new types of indivudals or combination of those types). Therefore, D and A are incorrect.

There is a separation of the first population, so only natural selection wouldn't explain the outcome, therefore C is incorrect as well.

The genetic drift occurs when there are random fluctuations in a population. In smaller populations, such as this one, this random fluctuations can lead to an event called Founder event. In this case, an isolated founder population creates descendants that are selected and different due to random drift. Therefore, the correct answer is: B. how genetic drift can affect allele frequency in a population.

a: endosperm

b: cotyledon

c: coleoptile

d: epicotyl

e: hypocotyl

f: radicle

The photo shows parts of a monocot seed. The type of seed germination observed from monocot seed is hypogeal germination.

What we see in the image is a genealogy, where a disease or trait is highlighted. Each square and circle represents an individual, and its color represents whether they have the disease (completely black), are carriers (half and half), or are healthy (white).

In this case, both squares and circles can be carriers, so this is not a disease carried in the sex chromosomes, and this also means two copies are needed for the disease to express, so the individual with the disease (black) are homozygous recessive. This means that individual 5 from generation II is NOT homozygous recessive.

Usually, squares represent males and circles represent females, so that means that II-5 would be a female heterozygous.