Answer: B
Explanation:
Photosynthesis uses CO2 and water to make oxygen and glucose.
6CO2 + 6H2O → C6H12O6 + 6O2 This is the chemical reaction that occurs. Products are on the right and we can see glucose and oxygen are formed.
If only one color is absorbed in the pigment of a particular blue paint, that color would be?
If only one color is absorbed in the pigment of a particular blue paint, that color would be yellow.
What is pigment ?A colored substance that is entirely or almost entirely insoluble in water is called a pigment. Contrarily, dyes are usually soluble, at least initially, during their use. In general, pigments are frequently inorganic substances while discolors are frequently organic molecules.
Umbers, ochres, and siennas are examples of naturally occurring inorganic pigments since they are extracted from the earth. The same names of pigments are also made synthetically. Titanium white, cobalt blue, and cadmium yellow/orange/red are more examples of manufactured inorganic pigments.
A white item seems to be the complimentary color of the third primary color when any two primary colors are shining on it. For instance, the complementary hue of blue is yellow, which red, green, and other colors add to.
Thus, If only one color is absorbed in the pigment of a particular blue paint, that color would be yellow.
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Correctly label the different filaments of a sarcomere
The two primary protein filaments that make up a sarcomere—thin actin & thick myosin filaments—are the functional elements in charge of causing muscle contraction.
Give each sarcomere's many filaments their proper names. Mline hefty filament slender filament Myofiber Disc Sarcomere Z A band includes myosin. End to end, sarcomeres are organized. An average myofibril has 10,000 sarcomeres, each measuring around 3 micrometers in length.The two primary protein filaments that make up a sarcomere—thin actin & thick myosin filaments—are the functional elements in charge of causing muscle contraction. The lenght of the muscle is made up of several sarcomeres, even though each one is tiny. Microtubules, actin filaments, & intermediate filaments make up the cytoskeleton of a cell. Myofibrils, that are cylindrical bundle of thick myosin filaments (approximately 15 nm in diameter) & thin actin filaments, make up the majority of the cytoplasm (about 7 nm in diameter).
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which structure regulates the movement of substances in and out of the plant cell?
which of the following statements best describes the role of cyclic amp in the signal transduction pathway?
a. It converts polymer to its monomer subunits.
b. It move sudstances acruss the plasma membrane
c. It accelerates the production of second messenger
d. It transfers phosphate groups from ATP protein substrates
Cyclic AMP accelerates the production of second messenger in the signal transduction pathway.
A second messenger crucial to many biological processes is cyclic adenosine monophosphate. Many diverse organisms employ cAMP, an adenosine triphosphate derivative, for intracellular signal transduction via the cAMP-dependent pathway. A cellular response is produced as a result of a series of molecular processes, most frequently protein phosphorylation catalyzed by protein kinases, known as signal transduction, which is the process by which a chemical or physical signal is transferred through a cell. It serves as a second messenger, relaying and enhancing the signal inside the cell. So the answer will be option C.
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to what temperature do scientists need to raise a strand of mouse dna for it completely separate?
Denaturation is done at a very high temperature of 95 degree Celsius for complete separation of mouse DNA.
What is PCR?The polymerase chain reaction, or PCR, is one of the most important uses of molecular biology. To amplify the target DNA molecule, PCR is utilised. In a thermal cycler, PCR is performed.
The three main stages to do PCR are as follows:
1. Denaturation 95 degrees Celsius is a very high temperature at which it is performed. This high temperature causes a process known as denaturation, which causes the DNA strands to split from one another.
2. The temperature is lowered to 55 degrees centigrade for renaturation in order to allow the denaturized DNA strands to anneal with one another.
3. DNA synthesis Deoxyribonucleotides, a thermostable DNA polymerase, and an RNA primer are added to the 3" ends of both strands to carry out the synthesis of new DNA strands relative to the template strands.
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What town was Gremlins based on?
Kingston Falls is a town in Pennsylvania as well as the location of the events that occurred in “Gremlins”.
Who was Gremlins?The events in the movie "Gremlins" took place in the Pennsylvania village of Kingston Falls. A postcard-perfect scene can be seen in the fictional Pennsylvanian tiny hamlet of Kingston Falls.
The town has a large population, and one of its most renowned residents, the wealthy and ruthless widow Ruby Deagle, effectively runs everything. After the movie theater explosion and other devastation the gremlins inflicted, the town was in desperate need of restoration.
A significant gremlin outbreak that caused significant damage and a few fatalities was one prominent occurrence. Fortunately, the beasts were destroyed, making the village once again secure.
Therefore, Kingston Falls is a town in Pennsylvania as well as the location of the events that occurred in “Gremlins”.
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Learning through Art: Monohybrid Cross 3 of 7 Mendel discovered that the allele for green seed pods (G) is dominant to the allele for yellow seed pods (). He crossed true-breeding (homozygous) parental plants with green (CG) and yellow (og) seed pods to produce an F1 peneration, all of which were heterozygous (Gg) with green seed pods. He then crossed two of these F, plants to produce an F2 generation Drag the genotypes and phenotypes from the left to correctly complete the Punnett square for the F2 generation. Drag only blue labels to blue targets and pink labels to pink targets. Labels may be used more than once. Reset Help Gg F plant Gg , plant Sperm from F, plant 9 © GO G b d Eggs from F, plant e 9
Learning through Art: Human Pedigree the genotypes in this human pedigree shown here are homologous chromosomes, gene locus, recessive allele, centromere, sister chromatids, alleles, and dominant allele.
One chromosome from the mother and one from the father are often inherited in a pair. Homologous chromosomes, for instance, are two copies of Chromosome 1 in a cell.
Each gene has two copies, one from each parent, and they are each found at a distinct locus (place on a chromosome). However, the copies are not always the same. Gene copies that differ from one another are referred to as alleles.
When a cell divides, the centromere, which has a similarity with a constrictive area of a chromosome, is crucial in assisting DNA division (mitosis and meiosis). To be more precise, it is the area where the cell's spindle fibers are attached.
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What about this summary makes it objective?
An impartial summary excludes any interpretations or evaluations of the text's ideas. Instead, it merely makes references to data that may be found in the text.
What exactly are summary and objective?"The definition of objective is "not affected by personal feelings or perception." A brief statement that highlights the major ideas or points of anything is called a summary. An objective summary, then, is a brief sentence or paragraph that summarizes something without adding any extraneous information or personal beliefs.
What kind of objective would that be?A goal is something you intend to accomplish. A mission's overarching goal is its military aim. To raise money is the goal of a bake sale.
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in which of the cultures was the concentration of toxins the highest? in which of the cultures was the concentration of toxins the highest? control peptide 1 peptide 2 peptides 1 2
the cultures was the concentration of toxins the highest is Control.
What can you say about the connection between toxicity and culture?Over the spectrum of culture densities studied, there is a linear correlation between culture depth and toxin secretion.Significant amounts of poison are secreted by cultures were grown at high density.
Of these, which one is not a transmembrane receptor?If this is on the nucleus but not the plasma membrane, it serves as an intracellular receptor.
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A scientist is comparing the outer layer of an onion cell to the outer layer of a human skin cell. What is unique about the outer layer of the onion cell compared to the skin cell?A scientist is comparing the outer layer of an onion cell to the outer layer of a human skin cell. What is unique about the outer layer of the onion cell compared to the skin cell?
An onion cell's outer layer and the outer layer of a human skin cell are being contrasted by a scientist. It has cellulose in it which distinguishes the onion cell's outer layer from the skin cell.
What is the outer layer of an onion cell?A plant cell called an onion cell has a cell wall and a large vacuole. The human cheek cell, on the other hand, is an animal cell with a large nucleus.
Human cheek cells are spherical, whereas onion cells have a brick-like form. Both a cell wall and a sizable vacuole are absent from human cheek cells.
Therefore, cellulose is unique in the outer layer of the onion cell.
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Which of the following is NOT an effect of PTH? A) to activate osteoclasts B) increase Ca2+ reabsorption in the kidneys C) promotes activation of vitamin D by the kidneys D) to decrease Ca+ absorption in the gut
( D) to decrease Ca+ absorption in the gut is NOT an effect of PTH.
what is PTH?It can be referred as the parathyroid glands secrete a peptide hormone known as parathyroid hormone, sometimes known as parathormone or parathyrin, which regulates the serum calcium content via influencing the intestine, kidney, and bone.
What is the PTH function?These processes are induced by the parathyroid hormone: release of calcium into the bloodstream by bones. intestines' ability to absorb calcium from diet. Calcium preservation by the kidneys.
What does a high level of PTH mean?Too much PTH raises calcium levels in the blood, which can result in health issues like kidney stones and bone weakening. Through normal blood tests, doctors typically identify primary hyperparathyroidism early, before major issues arise.
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The governor of new york calls a press conference to address a major environmental problem in the state. In his speech, he mentions that pine forests in upstate new york are turning brown and dying, that fish in upstate rivers are being found dead on the shore, the soil quality all over the state is suffering, and that the metal in buildings in new york city is corroding. What environmental problem likely caused all of these problems?.
The environmental problem which likely caused all of these problems is smog from city areas is causing acid rain.
A chemical reaction that starts when compounds like sulfur dioxide and nitrogen oxides are released into the air begins is what causes acid rain. These substances have the ability to soar very high into the atmosphere they combine and react with water, oxygen, and other chemicals to form smog which will form acid rain, which is a form of pollution that is even more acidic. In affected areas, dead or dying trees are common sights. Aluminum is leached from the soil by acid rain. that both animals and plants may be harmed by aluminum. Minerals and nutrients that trees need to grow are also taken out of the soil by acid rain. Fish are directly harmed by elevated aluminum levels and low pH. Additionally, fish are less able to compete for food and habitat due to chronic stress brought on by elevated aluminum levels and low pH, which may or may not result in the death of individual fish.
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What are the 7 steps of photosynthesis?
Photosynthesis is the process by which plants, algae, and some bacteria convert light energy into chemical energy in the form of glucose and other sugars. The process of photosynthesis can be broken down into the following 7 steps:
Light absorption: Plants absorb light energy through pigments, such as chlorophyll, in their leaves.
Electron transport chain: The absorbed light energy is used to generate a flow of electrons through an electron transport chain, which generates ATP and NADPH.
Carbon dioxide fixation: Carbon dioxide (CO2) is taken in through small pores called stomata on the surface of the leaves.
Reduction of CO2: The ATP and NADPH produced in the electron transport chain are used to reduce CO2 to form glucose and other sugars.
Glycolysis: The glucose and other sugars produced through photosynthesis are then broken down through a process called glycolysis to produce ATP and NADH.
Krebs cycle: The ATP and NADH produced through glycolysis are used in the Krebs cycle (also known as the citric acid cycle) to produce more ATP and NADH.
ATP synthesis: The ATP and NADH produced through the Krebs cycle are used in the process of oxidative phosphorylation to synthesize ATP.
Overall, the process of photosynthesis converts light energy into chemical energy in the form of ATP and NADPH, which are used by plants to fuel various cellular processes.
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What happens in meiosis that causes the cells produced to be genetically unique?
Meiosis differs from mitosis in that it involves recombination, a process in which chromosomes exchange segments with one another. As a result, each gamete produced during meiosis is genetically distinct.
The physical breakage, exchange, and rejoining of two DNA molecules is known as genetic recombination. In bacteria, several different pathways can mediate homologous or general recombination. RecA protein is required for each of these pathways to align the DNA molecules between regions of significant DNA sequence identity.
In most sexual organisms, genetic recombination is a programmed feature of meiosis that ensures proper chromosome segregation. Because recombination is roughly proportional to the physical distance between markers, it serves as the foundation for genetic mapping.
When two molecules of DNA exchange genetic material, this is referred to as recombination. One of the most notable examples of recombination occurs during meiosis (specifically, prophase I), when homologous chromosomes line up in pairs and swap DNA segments.
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What is another word of contamination?
Infection is another word of contamination.
Contamination is defined as the presence of a constituent, impurity, or other undesirable element that spoils, corrupts, infects, renders unfit, or degrades a material, physical body, natural environment, workplace, or other structure.
Hair, bandages, fingernails, jewellery, broken glass, metal, paint flakes, bone, pest body parts, or pest droppings are all examples of physical contaminants. Contamination is typically caused by specific industrial, agricultural, or commercial activities. Spills and leaks of chemicals or waste, for example. Contamination can occur as a result of poor waste management.
Food manufacturers must take every precaution to avoid contamination and produce safe products, knowing the dire consequences of failing to do so. Food contamination can be classified into four types: physical, biological, chemical, and allergenic. This blog defines these categories and offers advice on how to avoid them.
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Exponential growth is rare because resources are usually limiting. True False Question 16 1 pts Like nutrients and water, energy also cycles through an ecosystem True False D Question 17 1 pts Island biogeography predicts that a single large area would have higher biodiversity than several small areas. However, in practice, several small areas could have an advantage for minimizing edge effects. True Falso Question 18 1 pts Lions, leopards and other large terrestrial predators generally maintain well-defined territories What kind of dispersion pattern would you expect this to produce? O clumped O clustered O uniform logistic random Question 19 1 pts Three quarters of new infectious diseases originate in animals. Thus, outbreaks are becoming more common. True False Question 20 1 pts is the amount of energy available to consumers in an ecosystem. Net primary production Respiration Actual primary production Trophic primary production Gross primary production Question 21 1 pts Why is a random dispersal pattern quite rare in nature? Because resources in nature are rarely randomly spaced. Because only aquatic resources are commonly randomly dispersed. Because most animals have social behavior such as forming flocks or herds Because most organisms have overlapping territories created via symbiosis. Because most organisms have defined territories created via competition Question 22 1 pts From this list, which one is a indicator species O gray wolves any species of whale american robins O polar bears O cotoyes Question 23 1 pts The Earth's surface releases that is absorbed by the atmosphere, stabilizing or raising the atmospheric temperature, a process known as "greenhouse effect". O infrared (heat) radiation beta radiation ultraviolet radiation near-ultraviolet radiation X-rays Question 24 1 pts r-selected species tend to have type III survivorship curves. O True O False Question 25 1 pts Atmospheric CO2 has increased since about the year 1850; most of this atmospheric increase is due to increased respiration by terrestrial organisms. decreased rates of photosynthesis. burning of fossil fuels. evapotranspiration increased respiration by marine organisms. Question 26 1 pts You are in a biome that lacks larger mammals (e.g., rhinos and elephants), it is mostly warm and humid, and it lacks a clear seasonality. What biome is this? O High desert Tropical rainforest O Tropical grassland Temperate rain forest Taiga D Question 27 1 pts How does DDT in the environment affect many birds? stunted growth of chicks advancing neurological degeneration does not accumulate in the blood and other water-based body fluids. O chronic liver failure in adults egg shells are thinned and this causes a decrease in the reproductive rate Question 28 1 pts Several butterfly species that are edible to birds have very similar color patterns to the inedible monarch butterfly. This is best described as an example of what? O crypsis O intimidation Batesian mimicry Müllerian mimicry O aposematic coloration Question 29 1 pts A community's actual evapotranspiration is a reflection of animal biomass and animal water content the number of plants and how much moisture they avoid the depth of the water table. wind speed and the frequency of wind gusts. solar radiation, temperature, and water availability
Yes, the statement is true, growth is rare because resources are usually limiting.
It is generally true that exponential growth is rare because resources are usually limiting. Growth refers to a pattern of growth in which a quantity increases at an increasing rate. In other words, the rate of growth itself grows over time. This type of growth is often described using the equation y = a * b^x, where y is the quantity being measured, a is the starting value of the quantity, b is the growth factor, and x is the time period. Exponential growth can occur in a variety of contexts, including population growth, economic growth, and the growth of bacteria or other microorganisms. However, in most cases, exponential growth is not sustainable because resources are limited. For example, a population of animals or a company's sales may initially grow exponentially, but eventually the growth rate will slow as the population or sales reach the limits of the available resources. There are some exceptions to this rule, such as when an organism or system has access to an unlimited supply of resources or when exponential growth is intentionally fostered or encouraged. However, these situations are relatively rare and are not typically seen in natural systems.
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converging surface waters are areas of ________ and ________ productivity.
Surface water convergence zones have low output and downelling. The Greenland glaciers are the source of most icebergs in the Northern Hemisphere.
They may migrate south with the currents and enter the North Atlantic Ocean. In Alaska, glaciers also calve icebergs sometimes. The Antarctic continent is where the majority of icebergs that calve in the Southern Hemisphere do so. Icebergs are substantial chunks of ice that separate from glaciers. This action is referred known as caving. Icebergs float in the ocean despite being made of frozen freshwater rather than saltwater.
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What process occurs in sexual reproduction that does not occur in asexual?
Sexual reproduction is just the combination of genetic material from two parents. Asexual reproduction results in kids that are genetically identical to one of the parents.
Asexual reproduction is a method of reproduction that does not include gamete fusion or chromosomal number changes.
Asexual reproduction produces genetically identical kids to a single parent. Two parents contribute genetic information to make distinct children through sexual reproduction.
The creation of offspring is referred to as reproduction. There are two types of reproduction: sexual reproduction and asexual reproduction.
An creature that reproduces sexually integrates the genetic information from both parents and is genetically distinct. Asexual reproduction occurs when one parent replicates itself to produce genetically identical kids.
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why is the current model of plasma membrane called the fluid mosaic model? what is the fluid and in what sense is it fluid? what makes up the mosaic?
The current model of the plasma membrane, called the fluid mosaic model, is so named because it describes the membrane as being composed of a fluid mixture of lipids and proteins that are arranged in a mosaic-like pattern.
The fluid part of the model refers to the fact that the lipids in the membrane are highly fluid and can easily move around within the plane of the membrane. This is due to the fact that the lipids in the membrane are primarily composed of phospholipids, which have a polar head group and two nonpolar fatty acid tails. The polar head groups are hydrophilic (water-loving) and are attracted to the aqueous environment on either side of the membrane, while the nonpolar fatty acid tails are hydrophobic (water-fearing) and are repelled by water. As a result, the phospholipids spontaneously form a bilayer in which the polar head groups are oriented towards the aqueous environment and the nonpolar fatty acid tails are oriented towards the center of the membrane, away from water. This arrangement allows the lipids to move freely within the plane of the membrane, which gives the membrane its fluid-like properties.
The mosaic part of the model refers to the fact that the membrane is not just a homogenous mixture of lipids, but is also composed of a variety of proteins that are embedded within or attached to the lipid bilayer. These proteins perform a wide range of functions within the membrane, such as transporting molecules across the membrane, signaling between cells, and providing structural support. The proteins are arranged in a mosaic-like pattern within the membrane, with some proteins being more densely packed in certain regions and others being more spread out in other regions.
Overall, the fluid mosaic model describes the plasma membrane as a dynamic and heterogeneous structure that is composed of a fluid mixture of lipids and proteins that are arranged in a mosaic-like pattern.
The current model of the plasma membrane, called the fluid mosaic model, is called this because the membrane is composed of a fluid mixture of lipids and proteins that are constantly moving and rearranging.
What is fluid mosaic model?The fluid part refers to the movement and fluidity of the lipids, which are composed of phospholipids that have a hydrophobic (water-repelling) tail and a hydrophilic (water-attracting) head. These phospholipids are arranged in a double layer, or bilayer, with the hydrophobic tails facing inward and the hydrophilic heads facing outward.
The mosaic part refers to the proteins that are embedded within the lipid bilayer or attached to the outer surface. These proteins have various functions, such as transporting substances across the membrane, signaling between cells, and recognizing and binding to other molecules. Together, the lipids and proteins form a dynamic and fluid mosaic that allows the plasma membrane to perform its various functions.
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What are the 4 main components that viruses have?
The main components that all viruses have are they contain Genetic material which is consist of DNA and mRNA for their reproduction as well as the Caspids protein.
What are the evidences of occurrence of viruses?The earliest evidence for the occurrence of viruses was the discovery of an infectious agent in the sap of a tobacco plant. Experiments were set with different filters from which bacteria could pass but viruses being even smaller than bacteria could not pass.
Viruses were difficult to study because they are very small and couldn't be seen even under a microscope.Wendell Stanley made his studies on the tobacco mosaic virus (TMV).
Therefore, The main components that all viruses have are they contain Genetic material which is consist of DNA and mRNA for their reproduction as well as the Caspids protein.
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two affected, heterozygous individuals have 25% unaffected (on average) offspring, and the trait occurs with the same frequency in both sexes. this is typically an inheritance mode of:
Both sexes exhibit the trait equally frequently. This is often an autosomal recessive inheritance pattern.
What does autosomal dominant inheritance mean?Through autosomal dominant inheritance, a genetic condition or trait can be passed from parent to child. One copy of a mutant (changed) gene from one parent can cause the genetic illness. A parent that carries the mutant gene has a 50% probability of passing it down to their offspring.
What three inheritance patterns are there?For single-gene illnesses, there are a number of fundamental patterns of inheritance, including autosomal dominant, autosomal recessive, X-linked dominant, and X-linked recessive.
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which of these planes is horizontal and divides the body into a top half and bottom half?
The transverse plane is horizontal and divides the body into a top half and bottom half. It is parallel to the sagittal and coronal planes.
The body is divided into regions by fictitious lines known as the anatomical planes. The transverse (top and bottom), frontal (front and back), and sagittal (left and right) planes are examples of these planes.
The upper (superior) and lower (inferior) halves of the body are separated by the transverse plane, also known as the axial plane. The following are examples of horizontal or rotational movements that take place in this plane: Rotation: turning a limb or the torso around its vertical axis (for instance, turning your head to the left or right).
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For the knee to fully extend, the tibia______________ approximately 10 degrees to achieve proper alignment of the tibial and femoral condyles.
For the knee to fully extend, the tibia externally rotates approximately 10 degrees to achieve proper alignment of the tibial and femoral condyles.
We frequently take for granted the power of our bodies to move. Moving swiftly and frequently occurs without conscious effort. But if you look more closely, you will see that even seemingly straightforward activities like bending at the knee need intricate interactions between bones, muscles, and ligaments.Full knee extension and flexion are possible thanks to the "Screw Home" rotation of the knees. The knee can be seen rotating during flexion and extension. The tibia (open chain) or femur (closed chain) must externally or internally rotate by roughly 10 degrees, respectively, during the final 30 degrees of knee extension.Although it might not seem like much, this rotation is necessary for the knee to move in a healthy manner.
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imagine that a pharmaceutical company was successful at producing a drug based on the ccr5 gene product that is effective at preventing the contraction of aids. however, shortly after the drug has been in use, patients and doctors report that the drug is not as effective as it once was. what is the most likely explanation for this result?
After the drug has been in use, patients and doctors report that the drug is not as effective as it once was, the most likely explanation for this result is (D) Some HIV viruses have genetic variations in the RNA genome that provide resistance to the actions of the drug.
It is not always the case that a person who has been exposed to the HIV virus will eventually get AIDS. Some individuals have a natural defense against HIV infection due to their genetic makeup. Dr. Stephen O'Brien, a researcher at the National Cancer Institute in the United States, has just discovered a variant of the gene known as CCR5 gene known as a mutant that can defend against HIV infection. It's likely that the mutation first appeared in Europe, where it then spread via populations of people who had survived the bubonic plague. Plague germs are unable to enter and infect body cells because a defective gene stops them from connecting to the cellular membranes and, as a result, from entering the body. So the correct option is (D).
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The graph shows the relative solar energy received at local noon each day of the year at two different locations.
Based on the graph, which of the following can be concluded about the latitudes of the two locations?
answer choices
Both locations are at the same latitude.
Location 1 is close to the equator, and Location 2 is in the Northern Hemisphere.
Location 1 is in the Northern Hemisphere, and Location 2 is in the Southern Hemisphere.
Location 1 is in the Southern Hemisphere, and Location 2 is close to the equator.
Based on the graph, statements that can be concluded about the latitudes of the two locations are that location 1 is close to the equator, and Location 2 is in the Northern Hemisphere.
From the graph of relative solar energy per month it is known that the relatively straight line based on location 1 is caused by the same energy overall throughout the year which is characteristic of the equatorial region. While location 2 shows peak energy, in months due to summer, and May to August are the monsoon months hot in the Northern Hemisphere. So location 2 is the northern hemisphere.
The true answer is the second choice.
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Hydras are animals related to coral and jellyfish. Hydras can reproduce sexually or asexually. Why would hydras avoid reproducing asexually when conditions are difficult?
Responses
Reproducing more slowly would be a good way to take advantage of plentiful resources.
Reproducing more slowly would be a good way to take advantage of plentiful resources.
The high genetic diversity could mean that all of the hydras die, depending on the situation.
The high genetic diversity could mean that all of the hydras die, depending on the situation.
The lack of genetic diversity could mean that all of the hydras die, depending on the situation.
The lack of genetic diversity could mean that all of the hydras die, depending on the situation.
Reproducing more rapidly would be a good way to take advantage of plentiful resources.
Reproducing more slowly would be a good way to take advantage of plentiful resources for hydras.
What are hydras ?Small, fragile, elongated sea anemones are what hydras resemble. They have a fundamentally bag-like body that is columnar or trunk-like. There are numerous lengthy tentacles around the mouth's edge. The thickness of hydra bodies is merely two cell layers. Hydras are able to adhere to surfaces thanks to a sticky substance at their foot. Hydras can bend down and perform somersaults in slow motion, or they can glide slowly on their feet. Both sexual and asexual methods are used by hydra for reproduction. When asexual reproduction occurs, the bud grows on the parent body, receives sustenance from the parent body as it matures, and then separates from the parent body. So, option A is correct.The complete question is :
Hydras are animals related to coral and jellyfish. Hydras can reproduce sexually or asexually. Why would hydras avoid reproducing asexually when conditions are difficult?
A. Reproducing more slowly would be a good way to take advantage of plentiful resources.
B. The high genetic diversity could mean that all of the hydras die, depending on the situation.
C. The lack of genetic diversity could mean that all of the hydras die, depending on the situation.
D. Reproducing more rapidly would be a good way to take advantage of plentiful resources.
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What is the relationship between cellular respiration and photosynthesis Brainly?
In the process of photosynthesis, oxygen and glucose are produced from water and carbon dioxide. As a consequence of consuming glucose, the plant creates oxygen. During cellular respiration, oxygen and glucose are converted into water and carbon dioxide.
What connection exists between cellular respiration and photosynthesis?Carbon dioxide is taken out of the atmosphere by photosynthesis and returned via cellular respiration. Cellular respiration utilises the oxygen released into the atmosphere by photosynthesis to release energy from food.
How are photosynthesis and cellular respiration similar to one another?Due to the fact that both photosynthesis and cellular respiration produce energy, water, carbon dioxide, glucose, and oxygen, they are similar. They are distinct from one another because the reactions are diametrically opposed.
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Plants in the rainforest contribute to precipitation there through transpiration.
true
false
It is True that Plants in the rainforest contribute to precipitation there through transpiration.
Through the process of transpiration, in which plants release water from their leaves during photosynthesis, rainforests contribute to the water cycle by adding water to the atmosphere. Rain clouds are formed as a result of this moisture, which releases water back into the rainforest.
When forests are cut down, less moisture enters the atmosphere, and less rain falls, which can occasionally result in drought.
Borneo and the Amazon rainforests have been severely affected by droughts in recent years. These have been exacerbated by deforestation.
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Water exists on Earth in all three states. Which of the following is a form of water in the liquid state?
A.
dew
B.
frost
C.
water vapor
D.
hail
Reset Submit
As stated, due is a type of water that exists on earth in a liquid condition.
What connection does water have to biology?Various chemicals activities that create and degrade crucial cellular components actually concern water. Water is required for respiration, the method by which plants produce the sugars needed by everyone living things. Additionally, water to help cells create bigger proteins.
How is water absorbed by the body?The intestines take in the water we drink, and body fluids like blood are then transported throughout the body as a result. These carry out a variety of tasks that ensure our survival. They provide the cells with nourishment and oxygen while also removing waste products, which are eventually expelled by urination
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"Slash and burn"
agriculture has
had a large
impact in which
biome?
A. tropical rainforest
B.
Mediterranean/chaparral
C. desert
D. taiga