If a pollen grain generates only one sperm cell instead of two, then after pollinationA No pollination would take placeB The seeds would lack either embryos or endosperm, and would germinateC. The seeds would lack either embryos or endosperm, and is nonviable.D.The seed would develop two endosperms
Answers
If a pollen grain generates only one sperm cell instead of two, then after pollination, the seeds would lack either embryos or endosperm and would be nonviable. This situation corresponds to option C.
Pollen grains are essential for the process of pollination, where male reproductive cells (sperm) are transferred to the female reproductive structures. In angiosperms, each pollen grain typically generates two sperm cells. These two sperm cells are necessary for the process of double fertilization, where one sperm cell fertilizes the egg cell to form the embryo, and the other sperm cell fuses with the central cell to form the endosperm. The endosperm provides nutrients for the developing embryo, while the embryo eventually grows into a new plant.
If a pollen grain were to generate only one sperm cell, the process of double fertilization would be incomplete. In such a scenario, the seed would either develop an embryo without the nourishing endosperm, or an endosperm without the embryo. In either case, the seed would lack essential components required for germination and successful development into a viable plant. As a result, the seeds produced in this situation would be nonviable and incapable of growing into healthy plants.
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Related Questions
What hinders us from using geothermal energy more often?
Lack of need
Lack of money
Lack of availability
Lack of exploration
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Why is prior knowledge so important in science?
A)
Prior knowledge helps other scientists to view your work as more valid.
B)
Prior knowledge limits your exploration of a topic, this allows scientists to
stay focused
C)
Prior knowledge allows you to make a well-informed hypotheses and
better-planned experiment.
Prior knowledge gives you preconceived ideas on a topic, this can direct
which way your results should go.
D)
Answers
Why is prior knowledge so important in science?
C)
Prior knowledge allows you to make a well-informed hypotheses and
better-planned experiment.
What is prior knowledge how does it influence learning?Prior knowledge has long been considered the most important factor influencing learning and student achievement. The amount and quality of prior knowledge positively influence both knowledge acquisition and the capacity to apply higher-order cognitive problem-solving skills.
What is prior knowledge mean?Prior knowledge is defined as all the knowledge one has before learning about a particular topic
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the most severe stage of illness, in which signs and symptoms characteristic of a disease arise. clinical. examples of fungi. mushrooms, molds, and yeast.
Answers
The most severe stage of illness, in which signs and symptoms characteristic of a disease arise is usually referred to as the clinical stage. During this stage, signs and symptoms characteristic of a particular disease become more pronounced and may require medical attention.
Which is the stage of illness where signs and symptoms arise?
When it comes to fungi, there are several examples of clinical illnesses caused by various types of fungi. Some common examples include mushrooms, molds, and yeast. In severe cases, these fungi can cause illnesses such as fungal meningitis, aspergillosis, and candidiasis, all of which can have serious symptoms and require medical treatment.
The most severe stage of an illness is when signs and symptoms characteristic of the disease become clinically apparent. In this stage, the symptoms can be easily identified and are often more intense. An example of an illness reaching its most severe stage could be a fungal infection caused by fungi such as mushrooms, molds, and yeast. These fungi can lead to various symptoms, depending on the type of infection and the affected body part.
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5. What would be the consequence of treating the vector, before ligation, with calf intestinal phosphatase?
A. It would prevent the plasmid's DNA from reversing polarity during ligation.
B. It would prevent the ends of the plasmids from being ligated.
C. It would ligate the ends of the plasmids.
D. It would reverse the polarity of plasmids' DNA
Answers
The consequence of treating the vector, before ligation, with calf intestinal phosphatase will be B. It would prevent the ends of the plasmids from being ligated.
Calf intestinal phosphatase is a phosphatase enzyme that is derived from the intestine of the calf. The function of this enzyme is to remove the phosphatases present in the 3' and the 5' of a DNA segment by cleaving them.
Vectors, such as plasmids, are treated with the calf intestinal enzyme in order to prevent the plasmid from being ligated again. In order to add our gene of interest to the vector, the calf intestinal phosphatase is added so that the vector binds to the gene of interest rather than itself.
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What are three possible effects of returning untreated wastewater to the environment?
Answers
the impacts of untreated wastewater are far-reaching and can have negative consequences for the environment, public health, and the economy. These negative consequences underscore the need for proper wastewater treatment to ensure that wastewater is safe for human consumption and the environment.
Wastewater treatment is necessary to ensure the safety and well-being of the environment and public health. When wastewater is not properly treated, it can have negative effects on the environment and surrounding areas. There are various effects that untreated wastewater can have on the environment, but this essay will cover three possible outcomes.
First, untreated wastewater can cause damage to the ecosystem. When wastewater enters rivers, lakes, and oceans, it affects the water's quality, which, in turn, negatively impacts the surrounding flora and fauna. The untreated wastewater is rich in nitrogen and phosphorous, which causes the growth of algae. This is harmful to other aquatic life since it deprives them of sunlight and oxygen. The growth of algae also increases the water's toxicity, making it unsafe for aquatic organisms. Untreated wastewater can also cause soil erosion and can lead to an imbalance in the ecosystem.
Second, untreated wastewater can spread diseases. When wastewater is not properly treated, it contains various pathogens, including viruses and bacteria, which can cause illnesses. These pathogens are dangerous to humans, animals, and aquatic life. People can contract diseases such as cholera, dysentery, typhoid fever, and hepatitis A from contaminated water. The pathogens can also infect marine life, which can harm the food chain.
Lastly, untreated wastewater can lead to environmental pollution. When untreated wastewater is discharged into the environment, it contributes to environmental pollution. This affects air and water quality, which can have adverse effects on public health. The water and air pollution can also lead to respiratory problems, skin diseases, and other health conditions.
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which selection pressure is characteric of each domestication theroy
Answers
The Neolithic Revolution Theory, The Complementary Coevolution Theory, The Niche Construction Theory propose various selection pressures that are characteristic of the process.
Different domestication theories propose various selection pressures that are characteristic of the process. Here are some examples:
The Neolithic Revolution Theory: This theory suggests that the transition from hunting and gathering to agriculture and animal domestication was driven by the need for a stable food supply. The selection pressure in this theory is food availability and security. Early humans selectively bred plants and animals that provided a consistent and abundant source of food.The Complementary Coevolution Theory: According to this theory, domestication occurred through a mutualistic relationship between humans and certain species. The selection pressure here is mutual benefits. Humans selected traits in plants and animals that served their needs, such as increased productivity or ease of management, while the species themselves benefited from human protection and access to resources.The Social Intelligence Hypothesis: This theory suggests that domestication involved the selection for traits that facilitated social interaction and communication between humans and animals. The selection pressure in this theory is social adaptability. Animals with cooperative, less aggressive, and more trainable behaviors were favored for domestication.The Niche Construction Theory: This theory emphasizes the role of human-driven environmental modifications in the domestication process. The selection pressure here is environmental manipulation. Humans actively transformed the environment to suit their needs, selecting and propagating plant and animal species that were better adapted to the altered conditions.To know more about Neolithic Revolution Theory
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in examination of the nose, the clinician observes gray, pale mucous membranes with clear, serous discharge. this is most likely indicative of:
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Allergies can cause swelling in the nasal passages and sinuses, which can further obstruct airflow and cause symptoms like congestion and postnasal drip. Treatment options for these conditions include rest, hydration, and over-the-counter medications like antihistamines and decongestants.
If the clinician observes gray, pale mucous membranes with clear, serous discharge during an examination of the nose, this is most likely indicative of a mild upper respiratory infection or allergies. The gray, pale color of the mucous membranes suggests that the blood vessels in the area are constricted, which can be caused by inflammation due to infection or allergies. The clear, serous discharge indicates that the nasal passages are producing excess fluid, which is a common symptom of both conditions. Additionally, allergies can cause swelling in the nasal passages and sinuses, which can further obstruct airflow and cause symptoms like congestion and postnasal drip. Treatment options for these conditions include rest, hydration, and over-the-counter medications like antihistamines and decongestants. If symptoms persist or worsen, it is important to seek medical attention to rule out other possible causes or complications.
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When the cells in the male and female parent divide, do them they form body cells or sex cells? Please explain!!!!!
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Answer:
well i kinda think they form a body cell only ...
What fossil is often considered one of the earliest amphibians?
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Ichthyostega is the fossil that is often considered one of the earliest amphibians.
Ichthyostega lived approximately 360 million years ago during the Late Devonian period. Ichthyostega had a number of features that were characteristic of early amphibians, including limbs with digits, a flat skull, and a broad ribcage that could have helped to support its weight on land. However, Ichthyostega also retained some features that were more characteristic of fish, such as gills and a tail fin, indicating that it was likely still dependent on water for some aspects of its life cycle. Overall, Ichthyostega represents an important transitional form between fish and tetrapods (four-limbed vertebrates) and provides important insights into the evolution of land-dwelling animals.
The fossil often considered one of the earliest amphibians is the Ichthyostega. Ichthyostega is a key transitional fossil between fish and amphibians, showcasing many characteristics of both groups. It lived during the Late Devonian period, around 365 million years ago, and provides crucial insight into the early evolution of amphibians.
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Dtermine each of the following are True or false?
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Answer:
a) T
b) F
c) F
d) T
e) T
Explanation:
b) when there is not enough oxygen available to a muscle cell during cellular respiration, lactic acid will be converted into pyruvate, and fermentation will occur
c) The four main stages of anaerobic respiration are glycolysis, the link reaction, the Krebs cycle and oxidative phosphorylation.
Hope you get your work done good luck.
True or False. Water stayed in the straw activity we did because of water pressure.
1. False
2. True
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Answer:
2
Explanation:
because it being pressure
Answer:
1. False
Explanation:
i took a quiz
Which are the answers ?? Help pls
Answers
Answer:
saassaa
Explanation:
In the Osmosis Gizmo, the cell is placed in a very small chamber. Suppose a cell is placed in a large container of water with a very low solute concentration. What do you think would happen
Answers
Answer:
If a cell is placed in a large container of water with a very low solute concentration the solution will be hypotonic in nature. The water will enter inside the cell through semi-permeable membrane of cell. The cell will swell.
3. Why is it easy to describe an organism's phenotype for a particular characteristic but
very difficult to state the genotype?
Answers
Answer:
The sum of an organism's observable characteristics is their phenotype. A key difference between phenotype and genotype is that, whilst genotype is inherited from an organism's parents, the phenotype is not. Whilst a phenotype is influenced the genotype, genotype does not equal phenotype
A plant experiences a mutation to its xylem tissue. The plant will no longer To transport
Answers
Answer:
The plant will no longer be able to transport water and dissolved minerals from the roots to the rest of the plant
As the concentration of molecules outside a cell increases, more molecules will enter the cell because--
Answers
Answer:
of diffusion
Explanation:
Molecules move down a concentration gradient without the need to use energy. This means they move from a high concentration to a low concentration. This occurs across a semi-permeable membrane, like the cell membrane, by simple diffusion.
is this true or false, Surface waves result from a combination of up-and-down plus side-to-side motion.
Answers
Answer:
yaaa you knew that air is everywhere it moves
orthodontic problems such as tooth crowding and malocclusions are widespread in humans today, but the study of ancient skulls tells us that this was rare before 10,000 years ago. identify the factors that help explain this observation.
Answers
An overbite is one of the maximum not unusual orthodontic issues. In an overbite, the upper the front teeth enlarge out over the lower the front teeth. This every so often reasons the decrease front teeth to bite into the roof of the mouth.
Dental malocclusion takes place when your enamel are spread out an excessive amount of, out of line, or maybe crowded. Skeletal malocclusion occurs whilst your jaw is either too small or too big for your enamel, or whilst one jaw does not well line up with the alternative.
If at any point for the duration of your orthodontic remedy you have got concerns approximately how it is progressing, don't hesitate to speak together with your orthodontist or a member of the orthodontic crew. Their intention is the same as yours – a beautiful, healthful smile with a purpose to last a life-time.
As an instance, installing braces can put the wearer at hazard for an boom in gingivitis, plaque construct-up and immoderate stretching and subsequent weakening of the roots of the enamel getting moved round by means of the braces. this will cause troubles like multiplied pocket intensity, recession, even capability for bone loss.
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explain how sexual reproduction increases genetic diversion in many species of plants and animal, making sure to include the importance and function of gamites
Answers
Answer:
Sexual reproduction increases genetic diversion because there are two parents, unlike in asexual reproduction where there is only one.
Explanation:
During sexual reproduction, gamites come from both parents and mix together to create genes and traits for the offspring. Gamites are formed through meiosis (reduction division), in which a germ cell undergoes two fissions, resulting in the production of four gametes.
teh tapeworms that can infect the intestines of dogs and other mammals are bilateraly symmetrical, but they lack a body cavity because
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Tapeworms are bilaterally symmetrical flatworms that belong to the phylum Platyhelminthes. They lack a true body cavity, also known as a coelom, which is a fluid-filled space between the gut and the body wall found in many animal phyla.
A coelom is a cavity within the body that is completely lined with mesoderm, a germ layer that gives rise to muscles and other internal organs. This cavity provides space for organs to move independently and facilitates their functioning. However, tapeworms, as well as other flatworms, lack a coelom and instead have a solid body. This limits their ability to move and restricts the complexity of their internal structures. Instead, they rely on diffusion to transport nutrients and gases between their cells and the external environment. Despite their simple body plan, tapeworms are successful parasites that can cause significant harm to their hosts if left untreated.
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Would excluding the SDS detergent affect the SDS-polyacrylamide gel
electrophoresis? Why/why not? 1 mark
Answers
The SDS-polyacrylamide gel electrophoresis (SDS-PAGE) is a lab technique used to separate protein molecules by size.
This technique uses a negatively charged detergent, SDS (sodium dodecyl sulfate), to bind to the proteins and denature them, which causes all proteins to be negatively charged and linear in shape. As a result, SDS-PAGE is dependent on SDS to denature the proteins and achieve uniform negative charge and shape so that the proteins can be separated based on their size. If SDS detergent is excluded, it will affect SDS-PAGE because SDS detergent is necessary for the technique to work. The following are some of the reasons why SDS is essential: SDS is an anionic detergent that binds to proteins and denatures them, causing all proteins to be negatively charged and linear in shape, making them easier to separate by size.
Denaturing is an essential step in SDS-PAGE because it ensures that all proteins have the same shape and are negatively charged, allowing for uniform separation by size. Without SDS, the proteins would have different conformations and charges, making it impossible to separate them solely on the basis of size. The absence of SDS would make it impossible for the protein bands to be stained or detected as a result of denaturation.
The exclusion of SDS in SDS-PAGE will have an impact on the technique's sensitivity and resolution because SDS detergent is essential to achieve uniform separation of protein molecules based on size. Therefore, excluding the SDS detergent will severely affect the SDS-PAGE technique, and it will not work at all, and the separation will not be uniform and accurate.
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You have joined a research lab that is testing vaccines for a new strain of the influenza A virus (IAV). The lab's prior studies have shown that when the C57BL/6 strain of laboratory mice is given non-pathogenic bacteria that have been engineered to express a 12 amino acid peptide, after about a month the mice produce IgG antibodies that effectively neutralize IAV. Your project is to test serum samples from healthy adult humans who were given these bacteria 6 weeks ago as part of a pilot clinical trial. You find that you can clearly detect IgG antibodies against IAV from about a third of the samples, but cannot detect IAV-specific antibodies from the remainder of the samples. Which of the following is the MOST likely characteristic shared by individuals who DID produce a detectable antibody response? They are people who also have pollen allergies They have a genetic polymorphism that causes their T cells to produce comparatively high amounts of IL-2 They express MHC class II allotypes that bind efficiently to the 12 amino acid peptide expressed by the bacteria They express a self protein that contains an amino acid sequence identical to the 16 amino acid peptide expressed by the bacteria They all have genetic polymorphisms in genes for complement proteins that result in inefficient clearance of bacteria by the membrane attack complex (MAC)
Answers
It is most likely that people who were able to produce a detectable antibody response also express MHC class II allotypes that bind efficiently to the 12 amino acid peptide expressed by the bacteria.
What are MHC Class II allotypes?MHC Class II allotypes (also known as MHC alleles) are variations in the genetic code that lead to different forms of the MHC Class II molecule. They are responsible for presenting peptides (antigens) from pathogens (bacteria, viruses, etc.) to T cells of the immune system.MHC Class II molecules have two chains: alpha and beta. MHC Class II allotypes are due to differences in the genes that encode for these chains. They are highly polymorphic, meaning that there are many different versions of the genes that encode them.It has been found that the C57BL/6 strain of laboratory mice, after being given non-pathogenic bacteria that have been engineered to express a 12 amino acid peptide, produces IgG antibodies that neutralize IAV.
It has been determined that MHC Class II molecules are required to present the 12 amino acid peptide to T cells. As a result, it is likely that humans who express MHC Class II allotypes that are efficient at binding to the 12 amino acid peptide expressed by the bacteria will also produce detectable antibody responses.
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The second order of chromatin packing occurs when nucleosomes coil together to form a fiber that is 300 nm in diameter.
T or F
Answers
What is artificial selection?
A.When a new allele is formed by mutation
B.When humans breed an animal for a certain trait
C.When extreme traits are selected by nature
D.When 60 percent of a species dies at one time
Answers
The answer is B since that's the definition of artificial selection ,selective breeding made by humans
Solve this please
What do I writ's in each category?
Answers
Answer:
mRNA: UUGGACCGGUACCUG
Codon: UUG GAC CGG UAC CUG
Anti-codon: AAC CUG GCC AUG GAU
Amino Acids: Asn-Leu-Ala-Met-Asp
consider the pedigree that follows for cutis laxa, a connective tissue disorder in which the skin hangs in loose folds. a. assuming complete penetrance and that the trait is rare, what is the apparent mode of inheritance? (1 point) b. what is the probability that individual ii-2 is a carrier? (1 point) c. what is the probability that individual ii-3 is a carrier? (1 point) d. what is the probability that individual iii-1 is affected by the disease? (2 points)
Answers
a) The apparent mode of inheritance is Autosomal Recessive.
b) The probability that individual ii-2 is a carrier is 2/3.
c) The probability that individual ii-3 is a carrier is 1/3.
d) The probability that individual iii-1 is affected by the disease is 1/4.
a. A mode of inheritance refers to the way a genetic disorder is passed on from one generation to the next. Cutis laxa is an inherited condition that affects the connective tissue of the body. Autosomal recessive inheritance occurs when an individual inherits two copies of an abnormal gene from their parents.
b. The genotype of ii-2 is AA because he is not affected by the disease. As complete penetrance is assumed and the trait is rare, then the frequency of the A allele in the population is low. As a result, the probability of him having the A allele is close to 1. Therefore, the probability that he is a carrier is 2/3.
c. The genotype of ii-3 is Aa because she is not affected by the disease. As complete penetrance is assumed and the trait is rare, then the frequency of the A allele in the population is low. Therefore, the probability that she is a carrier is 1/3.
d. The genotype of iii-1 is aa because he is affected by the disease. His parents are Aa and aa, therefore, the probability of him inheriting an allele from his father is 1/2 and the probability of him inheriting an allele from his mother is 1/2. The probability of him inheriting both is 1/2 × 1/2 = 1/4. Thus, the probability that he is affected by the disease is 1/4.
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2. If you had convincing evidence that at least half of Greenland's glaciers were sure to melt
during this century, would you argue for taking serious actions now to slow projected
climate disruption? If so, summarize the arguments you would use. If not, explain why
you would be opposed to such actions.
Answers
We need to expedite all the process towards the migration to renewable sources of energy to prevent climate disruptions.
What is climate change?The term climate change has to do with the alteration of the usual weather patterns which could be traced to several anthropogenic activities. We know that since the industrial revolution, the activities of man do have certain harmful effects on the environment.
One of the harmful activities that we find on the environment is found in the fact that we are releasing a very large amount of carbon dioxide into the environment and this is upsetting the delicate carbon - oxygen balance and the excess carbon dioxide is preventing the escape of the infrared rays into outer space causing the temperature of the earth to rise astronomically.
This is causing the polar ice caps to melt and they may not remain at the end of the century.
This calls for urgent regulation of the carbon burden on the atmosphere by the switch to alternative sources of energy which are sustainable and eco friendly.
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Which process turns glucose into energy?
Breathing
Cell division
Cellular respiration
Photosynthesis
Answers
Answer:
cellular respiration
Explanation:
Read each of the sentences that describe what happens either during mitosis or meiosis. Drag each sentence into the correct box.
Answers
Complete question:
In the attached files you will find the sentences used to complete this problem, and their corresponding boxes.
Answer:
Mitosis:
Homologous chromosomes do not pairOne row of chromosomes line up in the center of the cellThe cell nucleus divide only onceTwo diploid daughter cells form that are identical to their parental cellsMeiosis:
Each replicated chromosome pair with its corresponding homologous pairTetrads form, and crossing-over sometimes occurPaired homologous chromosomes line up across the center of the cellFour haploid daughter cells form that are not identical to their parental cellsExplanation:
There are two principal types of cells in the organism: Somatic diploid cells (2n) that reproduce by the process of mitosis, and germ cells that are diploid reproductive cells in charge of gamete production. These germ cells suffer both mitosis (to form more sexual cells) and meiosis (giving place to haploid gametes, called sperm and egg cells, through the gametogenesis process). Both somatic cells and germinal cells will end their cycle becoming two daughter cells with the same genetic dotation.
Gametes´destiny is to merge in the process of fecundation, during which a new diploid cell called zygote emerges through fertilization. The zygote is a complete cell from the structural point of view that suffer successive mitosis to form the new organism.
Meiosis is a process by which, from a diploid germ cell (2n), four daughter cells with a haploid chromosome number (n) are produced. Each daughter cell has half of the chromosomes of the original one. There are two phases in meiosis: the first one in which occurs a chromosome´s reduction division, and the second one where the cell suffers a new division, but this one is not a reductive one. In the first phase, Meiosis I: Chromosomes condensate and became visible. Occurs crossing-over between homologous chromosomes in the equatorial plane. Crossin-over makes the daughter cells to be genetically different from the original one. After crossing-over, homologous chromosomes get separated again. Then occurs cytokinesis and chromosomes became lax again. In the second phase, Meiosis II: Chromosomes condensate again, they join the spindle apparatus and migrate to the equatorial plane. Centromeres divide and each chromatid goes forward to each pole. Once in the poles the chromosomes became lax again and occur cytokinesis. Mitosis is a process by which, from a diploid somatic cell (2n), two daughter diploid cells (2n) are produced. During mitosis, the cell duplicates and then separates. Mitosis occurs in only one phase. In the prophase, it occurs chromosomes condensation and nuclear membrane breaks. During the metaphase, fibers of the spindle apparatus capture chromosomes and take them toward the center of the cell, to the equatorial plane, where they line up. Each chromatid joins with a microtubule of opposites poles. Sister chromatids are held together until they reach the Anaphase, during which other enzymes are activated to break the bonds and separate the chromatids, which migrate to the opposite poles. In telophase, the duplicated chromosomes are already in the corresponding poles, and the nuclear membrane forms again in each pole. Finally, occurs cytokinesis.
Answer:
Here:
Explanation:
Which correctly lists three greenhouse gases?
oxygen, carbon dioxide, helium
carbon dioxide, nitrous oxide, methane
helium, methane, oxygen
methane, oxygen, carbon dioxide
Answers
Answer:
carbon, dioxide, nitrogen oxide, methane
Explanation:
fz f..
The correct list of greenhouse gases is: carbon dioxide, nitrous oxide, methane.
GREENHOUSE GASES:Greenhouse gases are gases capable of trapping heat in their bonds and releasing it into the atmosphere.
Greenhouse gases are the major cause of global warming, which is the increase in the average temperature of the atmosphere.
Greenhouse gases include the following: carbon dioxide (CO2), methane (CH4), nitrous oxide (NO2), sulfur dioxide (SO2) etc.
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