Explanation:
The two major plans presented to deal with the population and representation issue in the United States prior to the drafting of the Constitution were the Virginia Plan and the New Jersey Plan.
The Virginia Plan - This plan, presented by James Madison, proposed a bicameral (two-chamber) legislative system, with representation in the lower house based on population and in the upper house based on equal representation for each state.
The New Jersey Plan - This plan, presented by William Paterson, proposed a unicameral (one-chamber) legislative system with equal representation for each state, regardless of population.
Both plans were discussed during the Constitutional Convention of 1787, and a compromise was eventually reached in which representation in the House of Representatives would be based on population, and each state would have two senators in the upper house of the legislative branch, the Senate. This compromise was enshrined in the Constitution as the Connecticut Compromise, also known as the Great Compromise.
Do antioxidants form stable radicals?
The answer is no that a antioxidants form stable radicals because antioxidants are thus molecules which help prevent oxidation of the other molecules.
The radicals formed during oxidation are largely reactive and unstable, and can beget damage to the cells. Antioxidants are suitable to contribute electrons to the revolutionaries, therefore negativing them and precluding farther damage.
The antioxidants themselves can also be come with other redicals, but these revolutionaries are snappily killed by the antioxidants themselves, or by other motes in the cell. therefore, the antioxidants don't form stable revolutionaries and rather help to cover the cell from radical damage.
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what is not true of rna?
RNA does not possess a double-stranded -helix structure, claims the statement.
What is the main function of RNA?The preferred method through which RNA generates proteins is translation. Genetic information is transmitted by RNA as well as decoded via ribosomes into a range of proteins required during biological processes. mRNA, rRNA, as well as tRNA are the three main RNA subtypes in control of protein biosynthesis.
What RNA means?one of the two kinds of nucleic acid that cells produce. Information form DNA has been replicated into RNA (the other type of nucleic acid). Every type of RNA that is produced by cells performs a particular function within the cell. Many different types of RNA serve purposes in the production of proteins.
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which word best describes all organisms without a membrane-bound nucleus?
Which of the following questions would be most useful to researchers trying to determine the role of meiosis in the F2 phenotypic frequencies based on Figure 5-1 and Table 5-1?
A) What is the molecular mechanism underlying the dominance of erect petals and long pollen?
B) Which phenotypes give pea plants the highest level of fitness: erect or hooded petals and long or round pollen?
C) How do the phases of meiosis differ between sweet pea plants and other organisms?
D) What is the recombination frequency between the genes for petal shape and pollen shape?
D) How frequently do the genes that control pollen and petal shape recombine?
Recombination frequency = amount of recombination offspring / total number of offspring multiplied by 100%.
Therefore, the greatest recurrence of the problem that can be seen is 50%, which is a sign of loci which are either on different chromosomes or that are spread out widely on the very same pollen.
The recombination frequency can never exceed 50% and is always smaller than the mapping distance. - Recombination frequency will be below or equal to 50% if the yellow body gene (a) and bobbed hair gene (b) are located at opposite ends of the 66 units that make up the Drosophila X-chromosome linkage map.
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How does modern food production benefit from the use of gmos?
Answer:GMO crops have significantly increased crop yields and simultaneously decreased pesticide use. By doing these two things combined, we are producing more food with less inputs. Decreased use of pesticides, means less pesticide production demand and also less energy use on the farmers' end, too.
Explanation:
A pigeon has cells containing 80 chromosomes. if a female pigeon undergoes meiosis, how many chromosomes would be found in the resulting unfertilized egg?
Parthenogenesis, is the formation of embryos in unfertilized eggs. In several invertebrates, it is a common method of reproduction.
Even though parthenogenesis happens naturally in more complex animals, such as birds, it is typically an unsuccessful process. The progressive development of parthenogenetic embryos is actually halted by a number of limiting factors, including delayed and disorganized development as well as adverse conditions forming inside the unfertilized egg during incubation. In birds, automictic and facultative diploid parthenogenesis results in solely male offspring. The mechanisms governing parthenogenesis in birds, however, remain poorly understood. Even fairly recent research suggests that these pathways might impair typical fertilization and subsequent embryonic development.
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How do you label the structure of DNA?
Adenine (A), cytosine (C), guanine (G), and thymine (T) are the four nitrogenous bases that can be used to identify the structure of DNA (T).
What is DNA?DNA (Deoxyribonucleic Acid) is a molecule that houses the genetic information necessary for the growth and operation of every known living thing.
Base pairs, which are formed by these bases and the DNA molecule's sugar-phosphate backbone, hold the two strands of DNA together. The DNA molecule has a double helix shape, with two strands that run in opposite directions and are joined by hydrogen bonds between base pairs.
The base pair sequence that encodes an organism's genetic material is formed when the nitrogenous bases on each strand line up with the corresponding bases on the other strand.
The precise arrangement of these base pairs, which determines the genetic information, is essential for cells to function properly.
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1. What is a blastula?
O a biomolecule that is involved in the formation of chromosomes
O a hollow ball of cells that all animals develop from
O an organelle responsible for cellular respiration
O a type of cell involved in asexual reproduction
During the development of an embryo, a blastula, a hollow sphere of cells, or blastomeres, is created by repeatedly cleaving a fertilized egg, hence option B is correct.
What is the structure of a blastula?The cells of the blastula produce the blastoderm, an epithelial (covering) layer that encloses the blastocoel, a cavity filled with fluid.
After a zygote divides into two cells, a hollow structure called a blastula is created; it contains roughly 6-32 cells. A fertilized egg is repeatedly divided during the development of an embryo, which results in the creation of a blastula.
Therefore, the blastula is a hollow ball of cells that all animals develop from repeatedly cleaving a fertilized egg.
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How many human chromosomes are common to both males and females?
Answer:
Twenty-two
That's how many human chromosomes are common to both males and females
a potential donor yields a blood pressure of 190/100 while undergoing a physical exam. what is the result of this finding?
A potential donor yields a blood pressure of 190/100 while undergoing a physical exam. The result of this finding will be evaluation by blood bank medical director.
Blood is pushed through the circulatory system by blood pressure. Blood pressure is a vital force because, in the absence of it, the circulatory system would not be able to push nutrients and oxygen to nourish tissues and organs.
White blood cells, antibodies for immunity, and hormones like insulin are all delivered via blood pressure, which is another important factor.
The fresh blood that is delivered is able to pick up the toxic waste products of metabolism, including the carbon dioxide we exhale with every breath and the toxins we clear through the liver and kidneys. This ability to pick up these waste products is just as crucial as providing oxygen and nutrients. Individuals may have different definitions of normal blood pressure, however the American Heart Association advises aiming for readings under 120 mm Hg for both the systolic and 80 mm Hg diastolic.
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Of all the green algae, which are most closely related to land plants?
The most comparable relatives of land plants are charophyte green algae.
Conjugating charophyte green algae, or Zygnematophyceae, are thought to be the most closely related group of algae to terrestrial plants (Embryophyta).
Since the shift to land was one of the most significant events in plant evolution and Earth history, they are the perfect model species for investigating stress tolerance systems related to this event.
Terrestrial members of the Zygnematophyceae family, as well as Coleochaetophyceae, Chlorokybophyceae, and Klebsormidiophyceae, are frequently exposed to situations of naturally occurring abiotic stress, such as desiccation, freezing, and high levels of photosynthetic active (PAR), as well as ultraviolet (UV) irradiation.
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write the scientific name of the catbird?
Answer: Dumetella carolinensis
Explanation:
after using the phone, the laboratory tech. sprayed the receiver with a chemical spray. this process will kill a defined scope of microorganisms. what is this process called?
This is known as "disinfection."
Disinfection is the process of destroying or removing bacteria on a surface. A frequent way of disinfection is for the laboratory technician to employ a chemical spray. The spray contains microorganism-killing disinfectants that can successfully diminish their presence on the phone receiver.
Disinfection is essential in laboratory settings to avoid the spread of hazardous bacteria and to keep the environment clean and safe for laboratory employees and visitors. Bacteria and viruses are easily conveyed from one surface to another, and if not properly disinfected, they can spread and cause infection or illness.
Furthermore, it is critical to constantly disinfect commonly touched surfaces, such as phones, to prevent the collection and spread of bacteria. The laboratory technician is taking a critical step toward protecting themselves, their coworkers, and their work environment from the potential harm posed by bacteria by using a disinfectant spray.
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Describe the mechanism for Ca2+ release from the SR during skeletal muscle contraction. Is this the case for cardiac muscle?
Ca2+ is released from of the SR into intracellular fluid so when wave of depolarization crosses its muscle cell membrane & descends the T tubules. The significant release if calcium from the SR is triggered by this very localized calcium rise, unlike the skeletal muscle.
What really is skeletal muscle versus muscle?Skeletal muscles are parts of something like the vertebrate postural muscles or are normally connected to the skeleton's bones through tendons. Muscle fibers are frequently referred to as muscle cells since the muscular cells in skeletal muscles are substantially longer than those in other kinds of muscles.
What role does the skeletal muscle play?Humans use their skeletal muscles to move about and carry out daily tasks. They aid in maintaining balance and posture and are crucial to respiratory mechanics. Additionally, they safeguard the body's critical organs.
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If a DNA sample were composed of 20% guanine, what would be the percentage of cytosine? B) 30 C) 60 D) 20 (A) 40
According to Chargaff's rules, If a DNA sample was composed of 20% guanine, the percentage of cytosine would be D) 20.
Chargaff's rule states that the amount of guanine and adenine in the DNA of any species or organism should be the same as the amount of cytosine and the amount of thymine. Additionally, purine and pyrimidine bases should be in a 1:1 stoichiometric ratio.
Cytosine is a pyrimidine, while guanine is a purine. Guanine and cytosine are always paired in DNA, so Chargaff's rule says that the concentration of guanine should be the same as that of cytosine. Therefore, the percentage of cytosine ought to also be 20 if the guanine content is 20 percent.
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accelerated build-up of nutrients caused by humans.
a. thermal pollution
b. bio-magnification
c. Water pollution
d. artificial Eutrophication
Artificial eutrophication is a cycle that expands the number of supplements in a waterway through human exercises, like garbage removal and land seepage.
Eutrophication is a state wherein enormous waterways, for example, lakes, portions of the sea, and different repositories have an overflow of algal development because of unreasonable supplements like phosphorus and nitrogen. Eutrophication happens normally however can be seriously advanced because of human movement.
Supplement contamination is the interaction where such a large number of supplements, for the most part, nitrogen, and phosphorus, are added to waterways and can carry on like compost, causing over-the-top development of green growth. Supplements can run off of the land in metropolitan regions where grass and nursery composts are utilized.
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bacterial smear on a microscope slide before staining what heat
The bacterial smear on a microscope slide is heat fixed before staining in order to kill the bacteria and fix the cells in the slide so as prevent them from being washed off.
Bacterial smear is the thin layer of the bacterial cells which are spread across the microscopic slide for observation of the desired results. These cells for smear preparation are obtained from a bacterial culture. Drying and heat-fixing of the bacterial smear is a very crucial step.
Staining is the process of enhancing and contrasting the specimens in microbiology by bathing them in certain colored stains. This makes the observation under the microscope easy and reliable.
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The given question is incomplete, the complete question is:
Why is the bacterial smear on a microscope slide heat fixed before staining?
mutations that change the codon uuu to the codon ucu are
Mutations that change the codon UUU to the codon UCU are point mutations.
A single nucleotide in DNA can change in a point mutation. The severity of this mutation is typically lower than that of a chromosomal change. A point mutation is one that transforms the codon UUU into the codon UCU. Point mutations may be nonsensical, missense, or silent. UUU codes for phenylalanine while UCU codes for a different amino acid called serine. This is a missense point mutation.
A mutation is a change in the DNA's nucleotide sequence. Evolution requires mutations to take place. All newly acquired genetic material—new alleles—in a species comes from them. Some mutations are advantageous, even if the majority of mutations have no impact on the organisms in which they arise. Even damaging mutations seldom result in significant modifications to organisms.
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How long does it take the specific immune system to become active?
It takes 1 to 2 weeks for the particular immune system to become activated.
The adaptive (active) immune response takes 1 to 2 weeks to fully activate, which is substantially longer than the twelve hours necessary to fully activate innate immunity. With the development of a adaptive immune response comes a phenomena known as immunologic memory, which is an immunological defence that may endure a lifetime and give future protection if the same antigen is re-exposed.
Active immunity can be developed spontaneously or by vaccinations. A youngster infected with chickenpox or varicella-zoster is one example of this. The child's immune system will create a specialized response to the virus during this sickness, and the youngster will have immunity going forward. This is a normal, vigorous immunological response. Vaccination with both the live attenuated varicella vaccine is an example of acquired immunity against varicella. The individual has never been infected with the pathogen by this approach.
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Describe each stage of early animal development. Make sure to include the following vocabulary: zygote, mitosis, blastula, ectoderm, mesoderm, endoderm, coelom
The description of the stage of early animal development is given below:
The StagesZygote: The first stage of animal development starts with the fusion of a sperm and an egg, forming a single cell called the zygote.
Mitosis: The zygote divides into multiple cells through a process called mitosis, resulting in an increasing number of cells in the embryo.
Blastula: As the number of cells increases, they form a ball-shaped structure called the blastula.
Germ Layers Formation: The cells of the blastula differentiate and form three primary germ layers: ectoderm, mesoderm, and endoderm.
Ectoderm: The ectoderm gives rise to the outermost layer of the developing embryo and will eventually form the skin, hair, and nervous system.
Mesoderm: The mesoderm gives rise to the middle layer of the developing embryo and will eventually form the muscles, skeleton, and circulatory system.
Endoderm: The endoderm gives rise to the innermost layer of the developing embryo and will eventually form the digestive and respiratory systems.
Coelom: In some animal species, a fluid-filled cavity called the coelom forms from the mesoderm, providing support for the internal organs and allowing for movement.
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the most important contribution to the stability of a protein's conformation appears to be the: group of answer choices .Aentropy increase from the decrease in ordered water molecules forming a solvent shell around itBmaximum entropy increase from ionic interactions between the ionized amino acids in a proteinCsum of free energies of formation of many weak interactions between its polar amino acids and surrounding water moleculesDsum of free energies the hundreds of amino acids in a protein
The total of the free energy of numerous weak interactions between a protein's polar amino acids and surrounding water molecules appears to be the most essential contribution to the stability of its shape.
These interactions, known as hydrophobic and hydrophilic contacts, contribute to maintain a protein's three-dimensional structure, and their strength affects the protein's conformational stability. The hydrophobic effect, which occurs as a result of water molecules being ordered around non-polar groups of a protein, can also contribute to the stability of a protein's shape. However, the total of the weak interactions between polar groups in a protein and the surrounding water molecules plays the most important function in protein conformation stabilization.
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What is shin spints?
Where does transduction occur in the ear?
Transduction in the ear occurs in specialized sensory hair cells located in the cochlea, which is part of the inner ear.
The cochlea is responsible for converting sound vibrations into electrical signals that are transmitted to the brain for interpretation as sound.
In the cochlea, the hair cells have hair-like projections called stereocilia that are embedded in the tectorial membrane. When sound vibrations cause the tectorial membrane to move, the stereocilia are bent, opening ion channels and triggering a cascade of events that leads to the generation of electrical signals. This process is known as mechanotransduction, and it is the first step in the process of converting sound vibrations into electrical signals in the ear. The electrical signals are then transmitted to the brain via the auditory nerve.
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Choose the statements that are true about alcohol. Required for human function, Supplies about 9 kcal per gram Supplies about 7 kcal per gram. Not considered an essential nutrient.
Alcohol is an organic compound that contains an aliphatic carbon atom with a hydroxyl (OH) functional group. Because OH is the functional group of all alcohols, the general formula ROH is frequently used to represent alcohols, where R is an alkyl group.
Alcohol is abundant in nature.
Chemistry recognizes three types of alcohol: isopropyl, methyl, and ethyl alcohol. Each of these types of alcohol has distinct characteristics.
According to the nutritional value, alcohol provides the human body with approximately 7 calories or 29 kilojoules.
Alcohol is not a necessary nutrient (it causes harm when consumed in large quantities).
Vitamins, protein, carbohydrates, and other essential nutrients are examples.
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difference between eating a banana and drinking a banana?
The vitamins and nutrients found in bananas help to maintain and enhance your general health when you consume them frequently. In other words, if you want to stay healthy, eating a banana every day is the best option.
Some experts contend that fruit that has been blended lacks nutritional value compared to fruit that has been consumed intact. Blending can dissolve insoluble fiber, even while some qualities, like soluble fiber, are still intact.
Not only is it quite filling, but it is also regarded as nutritious. According to ayurvedic expert Dr. Nitika Kohli, "it is also a go-to drink for fitness fanatics who have it to replenish their nutrients and electrolytes post-workout." She said that many people enjoy drinking a glass of banana shake.
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A noncompetitive inhibitor of an enzyme-catalyzed reactionO increases KM and reduces VmaxO increases KM and increases VmaxO reduces KM and reduces VmaxO reduces KM and increases Vmax
A noncompetitive inhibitor of an enzyme-catalyzed reaction would A.) increases KM and reduces Vmax.
TYPES OF INHIBITORIn the process, these inhibitors are divided into two types, namely competitive inhibitors and non-competitive inhibitors.
Competitive InhibitorsCompetitive inhibitor is a chemical compound that resembles the structure of the substrate and will compete with the substrate for the active site of the enzyme. If the active site of the enzyme is occupied by a competitive inhibitor of the substrate, the substrate cannot be associated with the active site of the enzyme.
Non Competitive InhibitorsA non-competitive inhibitor is a chemical compound that inhibits the active action of an enzyme, namely the alloateric side. The binding causes a change in the active site of the enzyme. As a result, the substrate cannot be associated with the active site of the enzyme.
In addition, the inhibition can also be caused by the substrate. and products. The substrate can inhibit the enzymatic reaction if the substrate concentration is very high, and the product can inhibit the enzymatic reaction if the product form has the same confirmation as the substrate and can be a competitive or non-competitive inhibitor.
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5. An extreme heat wave hit San Francisco Bay in August 2017. Between August 21st5 and 28th, air temperature increased by 16 degrees Celsius. How did water temperature change during the same period of time?
A. water temperature did not change water
B. temperature increased by more than 2 degrees Celsius
C. water temperature decreased by more than 1 degree Celsius
6. which statement best describes the apparent relationship between air temperature and water temperature?
A. Air temperature and water temperature are directly related
B. When air temperature increases, water temperature decreases.
c. There is no relationship between the two.
7. What might reasonably cause water temperature in an estuary to become warmer or colder than normal?
A. an extended period of unusually cold weather
B. a heat wave
C. Global climate change
D. all of the above
Answer:
5 B. temperature increased by more than 2 degrees Celsius
6 A. Air temperature and water temperature are directly related
7 D. all of the above
In general, air temperature and water temperature are related and can influence each other. An extreme heat wave, such as the one that hit the San Francisco Bay area in August 2017, can cause both air and water temperature to increase. Conversely, an extended period of unusually cold weather can cause both air and water temperature to decrease. Additionally, global climate change can also have an impact on water temperature in an estuary by affecting the overall temperature of the region.
Sally's teacher asked her to classify the organisms in a sample of pond water. Sally believed that they all belonged to the same kingdom but there were both unicellular and multicellular organisms. Sally could be correct. The organisms could belong to the kingdom.
The organisms could belong to the kingdom Protista.
In traditional biological classification, there are five kingdoms:
1. Monera: This kingdom includes unicellular prokaryotic organisms such as bacteria.
2. Protista: This kingdom includes single-celled eukaryotic organisms such as algae, amoebae, and protozoa.
3. Fungi: This kingdom includes multicellular heterotrophic organisms such as mushrooms, yeasts, and molds.
4. Plantae: This kingdom includes multicellular autotrophic organisms such as mosses, ferns, flowering plants, and trees.
5. Animalia: This kingdom includes multicellular heterotrophic organisms such as sponges, jellyfish, worms, insects, mammals, and birds.
Protista is a kingdom of eukaryotic organisms that includes both unicellular and multicellular forms. Protists can be either photosynthetic, like algae, or heterotrophic, like some amoebae. Since the sample of pond water could contain both unicellular and multicellular organisms, it is possible that all the organisms in the sample belong to the kingdom Protista.
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the periodontal examination includes all of the following, except: group of answer choices a) inspection of tissues b) determination of extent of attachment loss c) periodontal instrumentation d) levels of plaque and calculus
The periodontal examination includes all of the following, except, Periodontal instrumentation. the correct answer is C.
The periodontal examination includes inspection of tissue, determination of the extent of attachment loss, and levels of plaque and calculus, but does not include periodontal instrumentation.
Periodontal instrumentation is the use of specialized tools to clean and remove plaque and tartar from teeth. This is usually done during a professional dental cleaning, and is done to maintain healthy gums and promote good oral hygiene.
The process involves scraping and scaling the teeth to remove plaque and tartar buildup, as well as polishing the teeth to remove any surface staining.
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What happens to the chloroplasts in the hypotonic solution, why do you think that happens?