Answer:
The correct answer is option b. "It is maintained through beliefs that are widely shared in a society".
Explanation:
Social stratification is a people's differentiation according to its socioeconomic strata, directly affected by its wealth and social status. One of the principles of social stratification is that it is maintained through beliefs that are widely shared in a society. The existence of the different strata is maintained by people's believing in them, as people is rise with the idea of its existence and this idea is passed from generation to generation.
The principle of social stratification which supports that it is maintained by widely shared beliefs in a society is correct. So, option b is correct.
Explanation:The basic principles of social stratification involve a society's categorization of its people into rankings of socioeconomic tiers. From the options provided, the choice that accurately represents one of these principles is: 'It is maintained through beliefs that are widely shared in a society'. This means that social stratification is supported by belief systems that are generally accepted within a society, forming a social structure in line with these beliefs.
For instance, the tradition of a cast system, which was prominent in India, is sustained by the widely accepted belief in religious and social hierarchies. These belief systems are the pillars for social stratification, promoting inequality or differences among levels of society.
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Based on your knowledge of signal amplification, which chemical messenger has the greatest potential to have a large compensatory response when starting with a very small concentration in blood?
Answer:
Hormones.
Explanation:
Hormones have a really low concentration in blood but are able to trigger a large response because they bind their receptors with extreme affinity, this means that even when there are just a few molecules, they will bind the receptor. Once this interaction happens, the receptor passes the information to the inside of the cell, interacting with many other molecules that continue passing the message to generate a response. Thanks to this, a single hormone can trigger interactions between hundreds of other molecules that amplify the signal, causing a large biological response.
What is a biofilm? A layer of sugars that persist even after bacteria have been killed by antibiotics A group of bacteria that accumulate in layers and secrete an protective extracellular material Free-floating bacteria that move through the blood to other sites A bacterial cell that secretes an extensive network of fibers around its cell wall
Answer:
A group of bacteria that accumulate in layers and secrete an protective extracellular material.
Explanation:
The biofilm is a natural way how the bacteria get together to survive in an ecosystem or in another living thing. They build little by little this kind of building with different layers of bacteria that secrets a polymer, this protection polymer could be useful to protect the colony or to be attach to another cell or to a tissue. In medicine and in veterinarian studies is interesting because can be useful to create a film to protect some injuries.
Answer: A group of bacteria that accumulate in layers and secrete an protective extracellular material
Explanation:
Biofilm comprises any spectrum of microorganisms, including pathogens in which cells stick to each other and to a surface, so they become adherent cells. These cells become embedded within an extracellular matrix that is composed of extracellular polymeric substances (polysaccharides, lipids, proteins and DNA) which surrounds and protects cells. For this reason, bacterial biofilms cause chronic infections because they show increased tolerance to antibiotics.
The strongest muscle contractions are normally achieved by ________.
a) increasing the stimulation up to the maximal stimulus
b) increasing stimulus above the threshold
c) increasing stimulus above the treppe stimulus
d) recruiting small and medium muscle fibers
Answer:
a) increasing the stimulation up to the maximal stimulus
Explanation:
The strength of a muscle contraction is determined by:
Level of motor unit recruitment: the size and number of motor neurons being stimulated in a particular muscle. Muscle cross-sectional area: The greater the cross-sectional area of the muscle, the more muscle fibres that can be activated simultaneously. Muscle stretch: A muscle fibre can shorten to about 50 % to 60 % of its length, but it will be less efficient if it is already short.That’s why many athletes use a brief dynamic stretch sequence as a warm-up prior to their strength work.Number 1 is the only necessary factor for your answer.
The strongest muscle contractions are achieved by a) increasing the stimulation up to the maximal stimulus, which activates all available muscle fibres that can participate in the contraction.
Explanation:The strongest muscle contractions are normally achieved by a) increasing the stimulation up to the maximal stimulus. This is referred to as maximal tetanic stimulation. When a muscle fibre is exposed to a rapid series of stimuli, it reaches a point where it is fully contracted, and additional stimuli do not increase contraction strength.
This indicates that all the available muscle fibres that can participate in the contraction have been recruited. In other words, additional stimuli do not cause an increase in contraction force because all the muscle fibres are already engaged. This state of maximal contraction of a muscle fibre is referred to as a maximal stimulus.
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which of the following characteristics is shared by all organisms?
A. all organisms are composed of two cells
B. all organisms can smell and taste
C. all organisms have cells that contain DNA
All organisms have cells that contain DNA is the characteristic shared by all organisms.
Deoxyribonucleic acid (DNA) is a molecule present in all living beings contains the genetic information that living beings use to function, acting as a guide with the instructions for the construction of the rest of the components of cells.
DNA is a biopolymer that houses the data for the synthesis of proteins and that makes up the genetic material that cells have.
This nucleic acid also enables data to be transmitted through inheritance.
Its "units" are called bases and are made up of four main molecules: adenosine, thymidine, guanidine, and cytosine.
With specific combinations of these four units, all the specific proteins of each life form are encoded in DNA.
Therefore, we can conclude that DNA is the most important molecule present in all living beings since it is the one that stores hereditary information and also the information for the correct functioning of all living organisms.
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Close examination of an organ reveals a lining of multiple layers of cells. The layers are avascular and regenerate well. One surface of the cells is open to the internal cavity of the organ and protection and absorption are its functions. This tissue is probably:
Answer:
Epithelial Tissue
Explanation:
The epithelial tissue can be classified according to the amount of layers, such as simple epithelium (formed by a single cell layer) or stratified epithelium (formed by more than one cell layer).
In addition, this tissue is avascular, in other words, it has no proper blood supply. Its nutrient transport usually occurs by diffusion through connective tissue.
The epithelium layers are able to regenerate quickly and easily when destroyed. Being a coating tissue, its cells have high healing power.
The epithelial tissue has two opposite sides, the outside of the epithelium(cavity), is known as the apical surface, and the inside is called the basal surface (this surface receives nutrients from the connective tissue by diffusion).
Cells on both surfaces are tightly connected, providing protection to the underlying connective tissue.
Finally, epithelial tissue also participates in the process of absorption of substances through the intestinal epithelium.
Problems in using common names to universally identify living things include:
Names mean different things to different people.
Foreign names may not be understood.
Many names may exist for the same organism.
There may be no common name for an organism.
Common names lack sufficient precision.
Enough common names are not available to name every living thing.
multiple choice.
Answer:
Names mean different things to different people.
Explanation:
Language barriers could prevent something from being understood
As well as this, a word that might be normal in one language could have a completely different meaning in another language
Answer:
There may be no common name for an organism.
Names mean different things to different people.
Foreign names may not be understood.
Many names may exist for the same organism.
Individuals in a large insect population display wide variation in the shape of their nectar-gathering mouthparts. A new food source, with flowers of different shapes, replaces the previous one, and insects with shorter, thicker mouthparts are much more efficient at gathering nectar from the new type of flower. Over multiple generations, what will likely happen to the variation of mouth parts within the population of insects?
Answer:
Variation of mouth parts will decrease
Explanation:
It is given that the insect population has wide variation in shape of nectar gathering mouth parts. Without any disturbance this variation would continue to exist and would be passed on to subsequent generations.
Now the flower shape has changed which leads to efficient collection of nectar by shorter, thicker mouth parts. Insects with such mouth parts would be more competent than others and hence would thrive in population. They will pass on these traits to the next generations too and ultimately shorter, thicker mouth parts would be preferred over other types of mouth parts which will reduce the variation in population. However the variation would not completely cease to exist.
Question 6
A weak base ______ in solution.
A)dissociates completely
B)does not dissociate completely
C)does not dissociate
D)none of these
Answer:
a
Explanation:
its th eopposite of acid and a weak acid will not dissociate
hope this helps :)
The weak base B) does not dissociate completely.
Explanation:Bases are the substance which produces [tex]OH^-[/tex] ions when dissolved in aqueous solution or when they are treated with water. The pH of bases remains above 7. They react with salt and cause neutralization a process through which salts are formed.
Based upon the dissociation rate, they are classified as strong base or week base. The base which gets completely dissolved in aqueous solution or water, it is called as strong base, whereas the base which gets partially dissociates or does not dissociate completely when treated with water or aqueous solution are called weak base.
What usually happens to the accuracy of an estimate of population size as the number of fish caught increases? A. The estimate is usually more accurate. B. The estimate is usually less accurate. C. The accuracy of the estimate will not change. D. The estimate is most accurate when the number of fish caught is 50% of the total population.
Answer:
You would expect the accuracy to increase as you caught more fish since you are getting a bigger more precise population sample.
Your answer is A
Answer:
A. The estimate is usually more accurate.
Explanation:
When you are dealing with statistics the larger the sample you are taking, the most accurate and closer to the real population you get, in this case if you keep catching fishes to make samples from, you can get a more accurate estimate of the characteristics of the population. The least samples you take, the further from the actual population you get.
Phylogenetic trees can be most accurately constructed using A. DNA B. Traits in common between organisms due to homology C. Linnaean classification D. combination of DNA and traits in common between organisms due to homology E. combination of Linnaean classification and DNA
Answer: Option A
Explanation:
A phylogenetic tree is an imaginary diagram which is used to represent the evolutionary relationship among organism.
It is a form of hypothesis not a definite fact, that the branching of trees reflect how the organism have evolved from the common ancestors.
It shows how two organisms are related to one another and it shows that two organism that have similar characters share more recent common ancestors.
Answer:
E) Combination of Linnean classification and DNA
Explanation:
The Linnean classification gives us a map and a orientation on where to go in the branches of families. The DNA give us the relationships between relatives
Differences in female and male reproductive biology have led to different mating strategies for men and women. This is an example of what developmental perspective?
Answer: Evolutionary
Explanation:
Evolution of the male and female reproductive organs is necessary for the advancement of mating strategies that range from simple to complex living beings. This is a kind of adaptation those which have phenotypic characteristics favourable to attract the mates will reproduce the offspring. These traits will be passed on to the progeny and evolution of the species will take place.
Which of the following is NOT an example of an epigenetic phenomenon provided by Dr. Carey on evidence that genetic identity does not lead to identical phenotypes in organisms?
a) kittens turn into cats
b) Maggots turn into flies
c) Some reptiles' genders are determined by the temperature of their nests
d) Humans have 200 different types of cells that develop from 1 DNA code
In humans, every cell in the body contains the same DNA code, which consists of the entire set of genetic instructions. The answer is d) Humans have 200 different types of cells that develop from 1 DNA code.
During development, cells undergo a process called epigenetic regulation, which involves modifications that control gene expression without altering the DNA sequence itself. Epigenetic modifications include chemical modifications to DNA, such as methylation, as well as modifications to histone proteins that package DNA.
Dr. Carey provided evidence that genetic identity does not lead to identical phenotypes in organisms through various examples of epigenetic phenomena. However, the fact that humans have 200 different types of cells that develop from 1 DNA code is not an example of an epigenetic phenomenon. It is a result of cellular differentiation and specialization during development, where different cells express different genes and perform specific functions, but it does not involve epigenetic modifications.
Therefore, the answer is d) Humans have 200 different types of cells that develop from 1 DNA code.
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What is the basic function of the outer ear?
a. to filter out high-intensity sound waves that can be harmful
b. to amplify low-intensity sounds to detectable levels
c. to protect the hair cells
d. to concentrate and funnel sound waves to the eardrum
e. to filter out low-intensity sound waves that can be harmful.
Answer: Option D.
Explanation:
Outer ear is the external part of ear called pinna with a helical shape.
Pinna helps in collecting sound waves and guide them to the eardrum.
The pinna helps in assisting the difference in pressure inside and outside the ear. Pinna function sin resisting the high pressure of sound waves inside the ear and makes the smoother sound to transmit which passes into the auditory canal.
Hence, the correct option is D.
The basic function of the outer ear is to concentrate and funnel sound waves to the eardrum.
Explanation:The basic function of the outer ear is to concentrate and funnel sound waves to the eardrum. It acts like a funnel, capturing and directing sound waves towards the ear canal and eardrum. This helps in collecting and transmitting sound efficiently. The shape of the outer ear helps in determining the direction of sound as well.
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Measuring the height of a plant is an example of _____ data
Qualitative
Experimental
Quantitative
Measuring the height of a plant is an example of quantitative data
Answer: Option C
Explanation:
When there is an experiment performed there are 2 types of data that can be recorded one is a qualitative data and quantitative data. Qualitative data is a type of data that describes the quality of the product formed whereas the quantitative data is a data that quantitative the numerical values that we get through the experiment. A quantitative data is more authentic than a qualitative data as it provides figures for comparison.
The opposable big toea) is present in nonhuman primates but not humans, because humans lost this feature. b) is only found in Old World primates. c) is present in all primates. d) is present in nonhuman primates but not humans, because primates evolved this feature.
Answer:
a) is present in honhuman primates but not humans, because humans lost this feature.
Explanation:
The opposable big toe is a trait that helps to primates to climb trees easily. Humans' ancestors started to walk in two legs, this created a needing for better stability, so a fixed toe became to evolve to allow our bipedal locomotion.
Therefore, options b and c are wrong. Option d is wrong too because it implies that the group "primates" is newer than "humans", and in fact, "humans" is part of the group "primates", so this is not the correct answer.
The opposable big toe is present in all primates, including humans. Its functionality has been crucial for evolution allowing efficient gripping in many tasks. Though less opposable in humans due to evolution favoring walking, it is not entirely lost.
Explanation:The opposable big toe is a characteristic found in all primates, including humans. The opposable toe has been crucial in primate evolution, allowing for efficient gripping and manipulation of objects, which has been instrumental in tasks such as foraging for food and navigating arboreal environments.
The toe of humans is not as opposable as those of non-human primates. As humans evolved to walk on two legs (bipedalism), the toe evolved to provide balance and propulsion during walking and running, reducing its opposability to an extent, but not losing it entirely.
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Which of the following statements about lysosomes is false?
a. Lysosomes help to digest worn-out or damaged organelles.
b. Lysosomes synthesize proteins from the recycled amino acids.
c. Lysosomes fuse with food vacuoles to expose nutrients to lysosomal enzymes.
d. Lysosomes destroy harmful bacteria engulfed by white blood cells.
Answer:
The correct answer is option b. "Lysosomes synthesize proteins from the recycled amino acids".
Explanation:
Lysosomes are organelles of eukaryotic cells which main function is the digestion and removal of waste by the action of degradative enzymes. Is false to affirm that lysosomes synthesize proteins from the recycled amino acids, on the contrary, lysosome function is to degrade proteins not synthesize them.
The false statement about lysosomes is that they synthesize proteins from the recycled amino acids. Lysosomes are involved in digestion and disposal of cellular waste and harmful bacteria but protein synthesis is not a function of lysosomes.
Explanation:Among the statements provided, the one that is false is: b. Lysosomes synthesize proteins from the recycled amino acids. Lysosomes are cellular organelles that are primarily involved in the digestion and disposal of cellular waste products, worn-out organelles, and harmful bacteria. However, the synthesis of proteins is not a function of lysosomes, this process is carried out by the ribosomes in the cell.
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A scientist wants to perform a test that will indicate whether a nucleic acid sample is composed of RNA or DNA. Testing for the presence of which of the following is most appropriate in this situation?A) phosphate
B) nitrogen
C) guanine
D) uracil
E) thymine
Final answer:
To determine if a nucleic acid sample is RNA or DNA, testing for the presence of uracil is most appropriate, as it only occurs in RNA, not DNA.
Explanation:
A scientist who wants to perform a test to determine whether a nucleic acid sample is composed of RNA or DNA should test for the presence of the nitrogenous base uracil. DNA contains the nitrogenous bases adenine (A), cytosine (C), guanine (G), and thymine (T), while RNA contains adenine, cytosine, guanine, and uracil but not thymine. The presence of the uracil would indicate that the sample is RNA, and the absence would indicate that the sample is likely DNA. Similarly, if thymine is present, the nucleic acid is more likely to be the DNA as RNA does not contain thymine.
Which of the following clues would tell you if a cell is prokaryotic or eukaryotic?a. whether or not the cell carries out cellular metabolismb. whether or not the cell contains DNAc. the presence or absence of ribosomesd. whether or not the cell is partitioned by internal membranese. the presence or absence of a rigid cell wall
Answer:
d. whether or not the cell is partitioned by internal membranes.
Explanation:
The prokaryotic cells are those which do not have a defined or definite nucleus because the nucleus is not bounded by the nuclear membrane. This type of nucleus is called nucleon. The prokaryotic cell also does not have membrane-bound cell organelles. Thus, the prokaryotic cell is not partitioned by internal membranes.
Whereas, a eukaryotic cell has a well-defined or definite nucleus and membrane-bound organelles such as mitochondria, chloroplasts, Golgi apparatus, endoplasmic reticulum. Thus, the eukaryotic cell is partitioned by internal membranes.
Sensory and motor tracts within the spinal cord
a. are separated into sensory tracts on the right and motor tracts on the left side of the spinal cord
b. have names that indicate the location of the initiation and termination of the nerve impulses
c. they conduct are located in the gray matter
d. all of these choices are correct
Answer:
b. have names that indicate the location of the initiation and termination of the nerve impulses
Explanation:
The sensory and motor tracts are sets of nerve fibers that run inside the central nervous system; more precisely within the spinal cord and they are named according to the path their fibers have, that is, we will call them indicating from where they begin to where they arrive.
For example, the spinothalamic tract is a sensory tract that carries the sense of touch and pressure from the spinal cord to the thalamus.
On the other hand, corticospinal tracts are linked to isolated and specialized voluntary movements (especially from the distal part of the limbs) and descend from the cerebral cortex to the spinal cord.
As for the other options, I can say that they are incorrect because the tracts do not differ to the right and left of the cord in sensory and motor. Also, the tracts are located in the white substance not in the gray.
Sensory and motor tracts are both present in the spinal cord but are not segmented by the sides. These tracts are named for their initiation and termination points, and are found in the spinal cord's white matter, not the grey.
Explanation:In the spinal cord, both sensory and motor tracts coexist, providing a pathway for nerve signals. Contrary to option a, they are not separated into sensory tracts on the right and motor tracts on the left. Instead, sensory tracts carry signals from peripheral body parts to the brain while motor tracts transmit signals from the brain to the muscles or glands. Option b is correct, as these tracts are often named based on their point of origin and endpoint. On the other hand, the tracts are found in the white matter of the spinal cord, not the grey matter as option c suggests. Thus, not all options provided are correct.
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A researcher studied two groups of fruit flies
Population A was kept in a 0.5 L container
Population B was kept in a 1 L container
3. The independent variable in the controlled experiment was the
a. number of flies
b. number of groups studied
c. number of days
d. size of the containers
Answer:
D
Explanation:
An independent variable is variable in an experiment that is not affected by another variable and is often used to influence the other variables, which are dependent variables. In this case the size of the container is the independent variable because its changes affect the behavior of the fruit flies. The behavior of the fruit flies is the dependent variable. The number of flies, that is kept constant, is the controlled variable.
One pathway that produces ATP starts with glucose. When glucose enters a cell, it is broken down via successive steps. Along the way, some ATP is produced directly. With regard to the breakdown of glucose, this is an example of__________ pathways.
Answer:
catabolic pathways.
Explanation:
The degradation of complex substances into simpler ones are catabolic processes. They release the energy stored in their bonds and are able to transfer the energy to the adenosine triphosphate (ATP) molecule.
The breakdown of glucose involves a lot of successive steps releasing all the energy contained in their bonds.
It is a clear example of a catabolic pathway.
Since bacillus megaterium are non-motile, they may not be able to avoid harmful toxins in the environment.
b. megaterium is known to have endospores; why would endospore formation be advantageous for this bacterium? choose the best answer(s).
Answer:
B, C, & D
Explanation:
Just like any other organism, bacteria too also need to survive in their environment. When the environment become unfavorable for growth and development, they shift from a vegetative state to a dormant state. They do this through formation of endospores that are highly resistant to extreme stress. This is especially significant for bacteria that have no motility. Bacteria that have flagella can move into a new environment.
Final answer:
Endospore formation is crucial for Bacillus megaterium, providing a survival mechanism against extreme conditions. These endospores ensure the bacterium's durability through periods of high temperature, chemicals, and nutrient deprivation, enabling it to survive and later thrive once conditions improve.
Explanation:
Endospore formation is highly advantageous for Bacillus megaterium, despite being non-motile and unable to avoid harmful toxins. These endospores enable the bacterium to survive extreme environmental conditions that are not conducive to its vegetative state. Since B. megaterium can encounter such conditions due to its non-motile nature, having a mechanism to enter a dormant state ensures its species’ survival over long periods. This includes resistance to high temperatures, chemicals, and even lack of nutrients.
Endospores are essentially a survival mechanism, allowing B. megaterium to withstand unfavorable conditions until the environment becomes conducive for growth again. These endospores are incredibly resistant, capable of surviving for millions of years and bringing the bacterium back to life under the right conditions. Furthermore, their ability to resist antibiotics and most disinfectants adds another layer of survivability against attempts to eradicate them in clinical settings.
Given this context, the formation of endospores is crucial for B. megaterium to persist through periods of environmental stress, thereby ensuring the continuity of their species even when immediate growth conditions are not available. This capability is particularly valuable considering the harmful toxins and adverse conditions the bacteria may encounter due to its lack of mobility.
Which statement best describes the role of DNA ? It transmits genetic information to the next generation. It speeds up chemical reactions inside of cells. It directly forms proteins. It provides a form of energy for cells.
Answer:
It transmits genetic information to the next generation
Explanation:
DNA stores information on how the cell should be made and ‘run’. This is why it is critical that its integrity is well preserved. Otherwise, mutations on DNA can be lethal to the cell. In higher cells, DNA is protected in the nucleolus. To pass down the genetic information, DNA is replicated by DNA polymerases and then during cell division, either copy of the pair goes to each of the two daughter cells.
Answer:
transmits genetic info to next gen
Explanation:
taking the test
Sickle cell disease (SCD) is caused by a recessive version of the hemoglobin gene. In the US, SCD occurs in about 0.2% of the newborn babies. In some African countries, 4% of the newborn babies have sickle cell. Out of a random sample of 10,000 newborn babies in the US, how many would you expect to be homozygous for the normal, dominant hemoglobin genotype assuming Hardy Weinberg equilibrium?
Final answer:
In the US, where 0.2% of newborns are affected by sickle cell disease, the expected number of homozygous dominant individuals in a sample of 10,000 newborns is estimated to be approximately 9,126, based on the Hardy Weinberg equilibrium calculations.
Explanation:
Sickle cell disease (SCD) is an autosomal recessive genetic disorder characterized by the production of abnormal hemoglobin, named hemoglobin S, which leads to the sickling of red blood cells. This sickling can block blood flow and cause a range of health issues. In the United States, 0.2% of newborns are affected by SCD.
In a population in Hardy Weinberg equilibrium, we can use the Hardy Weinberg principle to calculate the frequency of homozygous dominant individuals. The frequency of the recessive allele 'q' can be determined by taking the square root of the disease prevalence, which is 0.002 in the US (since 0.2% = 0.002). Applying this, we get q = √0.002 ≈ 0.0447. The frequency of the dominant allele 'p' can be calculated as p = 1 - q which gives us p ≈ 1 - 0.0447 = 0.9553.
The frequency of homozygous dominant individuals is p². So, p² = (0.9553)² ≈ 0.9126. In a sample of 10,000 newborns, the number of individuals homozygous for the normal hemoglobin genotype would be expected to be 10,000 * 0.9126 ≈ 9126.
__________ is an enzyme that prevents telomeres from degrading by adding more repeating dna to the ends.
Answer:
Telomerase
Explanation:
Telomerase enzyme catalyze the reaction of maintaining the length of telomeres, preventing it from degradation or shortening by adding guanine rich sequences towards the end of DNA. Telomeres basic function is to maintain and protect our genetic information because every time DNA replicates a short piece of chromosome is lost.
QUESTION 6
A weak base ______ in solution
A)dissociates completely
B)does not dissociate completely
C)does not dissociate
D)none of these
Answer:
does not dissociate completely
Explanation:
does not dissociate completely. Strong base dissociates completely, weak base only does it partially and it is according to its Kb (equilibrium constant)
The weak base B) does not dissociate completely.
Explanation:Bases are the substance which produces [tex]\bold{OH^-}[/tex] ions when dissolved in aqueous solution or when they are treated with water. The pH of bases remains above 7. They react with salt and cause neutralization a process through which salts are formed.
Based upon the dissociation rate, they are classified as strong base or week base. The base which gets completely dissolved in aqueous solution or water, it is called as strong base, whereas the base which gets partially dissociates or does not dissociate completely when treated with water or aqueous solution are called weak base.
Nucleic acids are important information storage molecules present in virtually every cell. Which processes is carried out by a cell when it accesses that information in the DNA of the genes?
Answer:
Transcription
Explanation:
The DNA is stored in the nucleus of the cell. The DNA has the sequence information of every gene. This means that depending on the DNA sequence, we are going to have a particular protein. The transcription is a process within the cell in which an enzyme called polymerase enters the nucleus and transcribes the DNA into another molecule, RNA. Let's say that this process makes another "copy" of the nucleic acid sequence, but now the RNA is able to get out of the nucleus carrying genetic information into the cytoplasm. In the cytoplasm, the RNA is translated into protein. During the translation, a ribosome "reads" the RNA and builds the protein depending on the nucleic acid sequence. To sum up, we can say that the transcription is the first process involved in accessing the information from the DNA.
When a cell accesses information in the DNA of genes, it carries out the processes of transcription and translation. These processes convert DNA information into an RNA formate that's used to construct proteins.
Explanation:The processes carried out by a cell when it accesses information in the DNA of the genes are transcription and translation.
In transcription, the information stored in the DNA is converted into RNA, specifically messenger RNA (mRNA). This process occurs in the nucleus of the cell. The mRNA then moves to the ribosome in the cell cytoplasm where translation takes place.
During translation, the mRNA sequence is used to build a protein, with each three-letter 'codon' of RNA setting the position of a particular amino acid in the protein. Hence, both these processes together aid in forming proteins, which perform many vital functions in the body.
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On a NASA mission that was looking for life on Mars, soil samples were taken and measured for the breakdown of nutrients and the production of carbon dioxide gas. Which characteristic of life would this test measure?
The use of microbial products in a commercial setting has become very popular due to the environmentally friendly aspects of this process. The products so-produced, are readily degraded, non-toxic, and typically result from__________
Answer:
Typically result from enzymatic metabolism.
Explanation:
Many microorganisms are used in various branches in the commercial sector, from manufacturing food products to promoting cleanliness in a contaminated environment. These microorganisms promote a cheap action and without degrading nature, because naturally, through their enzymatic metabolism can create biological products of great economic value for humanity.
___________ is/are a type of neurotransmitter with similar properties to morphine.
Answer:
Endorphin is a type of neurotransmitter with similar properties to morphine.
Explanation:
Endorphins are a large group of peptide hormones in humans and other animals. Endorphins are produced by the pituitary gland and nervous system. They are helping to reduce pain, they are releasing in responding to pain and stress, They are also releasing in other activities such as eating, exercise etc.
Other benefits of endorphins includes:
Reducing the weight.
Reducing stress and anxiety.
Helping in deal with pain during childbirth.
Reducing the symptoms of depression.