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Part E: Write Your Paper
Write your research using your outline and the research you’ve collected. Be sure to proofread and revise your writing to catch any errors in grammar, spelling, logic, or cohesion. Remember that you must add a works cited page at the end of your paper to give credit to your sources.
When you have completed your paper, submit it to your teacher along with this activity
Answers
Writing a research paper requires careful planning, thorough research, and strong writing skills. By following a well-organized outline and carefully citing all sources, a successful research paper can be achieved.
In order to write an effective research paper, it is important to follow a well-organized outline and to thoroughly research the topic. The first step in writing a research paper is to create an outline, which will serve as a roadmap for the paper. The outline should include a thesis statement, the main points or arguments, and supporting evidence or research.
Once the outline is complete, it is time to begin researching the topic. This can be done by conducting a literature review, reviewing academic journals, and gathering data from reputable sources. It is important to take detailed notes during the research process and to keep track of all sources for proper citation.
After the research is complete, it is time to begin writing the paper. It is important to start with a strong introduction that grabs the reader’s attention and clearly states the thesis statement. Each main point should be addressed in a separate paragraph, and supporting evidence or research should be used to back up each argument.
As the paper is being written, it is important to proofread and revise the writing to ensure that there are no errors in grammar, spelling, logic, or cohesion. A well-written paper should flow smoothly and be easy to read.
Finally, a works cited page should be added to the end of the paper to give credit to all sources used in the research. This is important to avoid plagiarism and to maintain academic integrity.
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Complete Question:
Write your research using your outline and the research you’ve collected. Be sure to proofread and revise your writing to catch any errors in grammar, spelling, logic, or cohesion. Remember that you must add a works cited page at the end of your paper to give credit to your sources.
Related Questions
Island Distance From Mainland (kilometers) Area (hectares)
A 50 1 x 102
B 50 1 x 106
C 500 1 x 102
D 1000 1 x 102
E 1000 1 x 106
Five islands, A, B, C, D, and E, differ only in distance from the mainland, area, and species diversity. Which island would be predicted to have the highest species diversity ?O AO BO CO DO E
Answers
Island B is the most likely to have the highest species diversity out of the five islands. The larger area and closer proximity to the mainland provide more opportunities for species to survive and thrive on island B.
This increases the potential for a greater diversity of species, making island B the best candidate for the island with the highest species diversity.The island with the highest species diversity will likely be island B due to its larger area and relatively close distance from the mainland.
Island B is located 50 kilometers from the mainland, while islands A, C, D, and E are located at 50, 500, 1000, and 1000 kilometers away, respectively. Furthermore, island B is 1 x 106 hectares in size, much larger than Islands A, C, and D, which are 1 x 102 hectares in size.
The larger area of island B provides more habitat for species to survive and thrive, while the closer distance from the mainland increases the chances of species dispersing to the island. As species are able to move more freely and find suitable habitat in island B, island B is likely to have a higher species diversity in comparison to Islands A, C, D, and E.
Habitat fragmentation can also impact species diversity, and the distance from the mainland may further influence species diversity by reducing the exchange of individuals between mainland and the island. Thus, island B has the highest potential for species diversity due to its larger area and closer distance from the mainland.
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which of the following is true for a eukaryote?
A. it is one of the first life forms to appear on earth.
B. it doesn't have a nucleus and organelles.
C. it must be a multicellular organism.
D it evolved from prokaryotes
Answers
Answer:
D it evolved from prokaryotes
Explanation:
let me know if you have any questions
Please help me answer this
Answers
Answer:
lipids
Explanation:
lipids also can contain sulphur (C, H, O, N, S, P)
hat is the purpose of the paper chromatography experiment? a.to separate photosynthetic pigments b.what is the independent variable in this experiment? c.what is the dependent variable in this experiment?
Answers
The correct answer is a. To separate photosynthetic pigments. Chromatography in general refers to the movement of certain analytes through a stationary phase, almost as carried by some mobile phase.
Chromatography is used to separate particles from one another. In a paper chromatography experiment, a little amount of a sample solution is put on a strip of chromatography paper. The chromatography paper is then suspended in a solvent. As the solvent proceeds up the paper, the individual components of the sample solution disparate into bands of individual colour.
Variables:-
Independent variable: different brands of black felt-tip pen ink.
Dependent variable: distance travelled by each pigment in the ink mixture.
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how many times the larva of silk worm moult?
Answers
Answer:
The larva is the silkworm caterpillar. Since the silkworm grows so much, it must shed its skin four times while it is growing. These stages-within-a-stage are called instars.
Explanation:
This problem leads you through the derivation of a corrected equation for RF in yeast tetrad analysis that takes into account double crossover (DCO) meioses. A yeast strain that cannot grow in the absence of the amino acid histidine (his−) is mated with a yeast strain that cannot grow in the absence of the amino acid lysine (lys−). Among the 400 unordered tetrads resulting from this mating, 233 were PD, 11 were NPD, and 156 were T.
a. What types of spores are in the PD, NPD, and T tetrads?
b. Are the his and lys genes linked? How do you know?
c. Using the simple equation RF = 100 × [NPD +(1/2)T]/total tetrads, calculate the distance in mapunits between the his and lys genes.
d. If you think about all the kinds of meiotic eventsthat could occur (refer to Fig. 5.24), you can see that the calculation you did in part (c) may substantially underestimate RF. What kinds of meioses (NCO, SCO, or DCO) generated each of the tetrad types in this cross?
e. What incorrect assumptions does the simple RFequation you used in part (c) make about themeiotic events producing each type of tetrad? Whencould these assumptions nevertheless be correct?
f. Use your answers to part (d) to determine thenumber of NCO, SCO, and DCO meioses thatgenerated the 400 tetrads.
g. Use your answers to part (f) to write a generalequation that relates the number of DCO meiosesto the number of the various tetrad types. Thenwrite another general equation that computes thenumber of SCO meioses as a function of the number of the various tetrad types.
h. Based on your answer to part (f), calculate theaverage number of crossovers per meiosis (m)between his and lys.
i. Use your answer to (h) to write an equation for min terms of NCO, SCO, and DCO meioses.
j. What is the relationship between RF and m?
k. Use your answer to part (j) to write a corrected equation for RF in terms of SCO, DCO, and NCO meioses. l. Using your answer to part (g), rewrite the corrected RF equation from part (k) in terms of the numbersof the various tetrad types.
m. The equation you just wrote in part (l) is a corrected equation for RF that takes into account doublecrossovers that would otherwise have been missed. Use this improved formula to calculate a moreaccurate distance between the his and lys genes than the one you calculated in part (c).
Answers
Answer:
d and e
Explanation:
Spiders, ticks, horseshoe crabs, and scorpions all have a pair of claw-like appendages near their mouths used for feeding, defense, movement, and/or sensory reception. What are these appendages called?.
Answers
'Spiders, ticks, horseshoe crabs, and scorpions all have a pair of claw-like appendages near their mouths used for feeding, defense, movement, and/or sensory reception. These appendages are called chelicerae.
Spiders, ticks, horseshoe crabs, and many arthropods have claw-like appendages called Chelicerae which are used for feeding, defense, and movements. These jointed appendages are present near the mouth of some arthropods including spiders, ticks, and horseshoe crabs. The arthropods due to the presence of these chelicerae are known as the Chelicerata.
The chelicerae appendage consists of a base segment which is called the "paturon", which has the ability to articulate with the cephalothorax and a fang portion that can articulate with the base segment as well. Almost all spiders have the presence of venom glands and are able to inject the venom through openings that are present near the tips of their respective fangs when they are biting prey.
They are also considered to be mouthparts of the arthropod group that includes many varieties of arthropods. They are commonly referred to as "jaws” and may be shaped as either articulated types of fangs or the one that is similar to pincers.
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What adaptation allows the Artic fox to survive in its environment?
Answers
Answer: Arctic foxes have several adaptations that allow them to survive. Their round, compact bodies minimize surface area that is exposed to the cold air. Their muzzle, ears, and legs are short, which also conserves heat.
Explanation:
which of the following respiratory systems is not closely associated with a blood supply?
Answers
Insects' tracheal respiratory systems are not intimately related to their blood supply. Air-filled tubes called tracheae play a major role in the tracheal respiratory system's transportation of oxygen and carbon dioxide.
The tracheal system of respiration is present in insects.
Generally, the tracheal system enters the cuticle through microscopic tubes called tracheoles that end close to or inside the tissues.
The respiratory system of an insect is the mechanism through which it performs gas exchange and introduces respiratory gases into its interior.
Through a collection of exterior apertures known as spiracles, insects' respiratory systems are supplied with air. The tracheae, a complex network of tubes that make up the internal breathing system, are connected by these exterior apertures, which in some insects serve as muscle valves. The system's pressure is balanced by this network of longitudinal and transverse tracheae. It is in the role of providing enough oxygen (O2) to every cell in the body and eliminating carbon dioxide (CO2), which is created as a waste material of cellular respiration.
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Which base sequence is complementary to this strand of DNA?
Answers
Answer:
I believe the answer is D
write an analogy of a negative feedback loop (basically an example of a negative feedback loop but in a story)
Answers
Answer: My life is so hard, I have to WALK to school in the Rain every single day. You think that's Bad I have to walk in the pollution, Which hurts people lungs.. They're is nothing else to say but pollution is one of the top Priority's that are causing the earth to die.
Something like that make feedback about a ad cause on the earth or a good one and turn it into a negative thing.
What bonds with 2 hydrogens to form water?
Answers
Answer:
Oxygen
Explanation
yes
Answer:
oxygen
Explanation:
A water molecule consist of two hydrogen atoms bounded to an oxygen atom and it's overall structure are bent
Hemolytic disease of the newborn can occur when the mother is blood type ____ - ____ and the baby is blood type ____ + ____.
Answers
Answer:
When the Mothers blood type is Rh-Negative
The Baby's blood type is Rh-Postive
Explanation:
Donna is Sophies's mother, but Sophie does not know who her father is. She collects DNA samples from herself, her mother Donna, and three potential candidates (Sam, Harry, and Bill) who could be his father. She extracts the DNA, amplifies the locus of interest using PCR, and runs a gel electrophoresis. The results are attached.
Harry's well only produced one bar, and we are certain that no part of any sample ran off the end of the gel. What word described the state of Harry's alleles at this locus?
The well is between 50bp and 100 bp
Answers
I believe that at the end of the movie, Sophie says that she doesn’t want to know which one is her “real” father because she ends up loving all 3 of them and having a special place in her life for them all. So, getting a test would probably make her feel more distant from the other 2 or create an awkward air between the dads. Even though it’s already kinda awkward.
Question 24 (2 points) Forms of the Ras protein found in tumors usually cause which of the following? Cell-to-cell adhesion to be nonfunctional DNA replication to stop Excessive cell division DNA replication to be hyperactive Cell division to cease
Answers
The Ras protein is a small G protein that plays an important role in cell signaling and regulation of cell growth and division.
Forms of the Ras protein found in tumors, known as oncogenic Ras, are usually associated with excessive cell division and uncontrolled cell growth.Oncogenic Ras proteins are mutations in the Ras gene that result in a change in the protein's structure or function.
These mutations are usually found in the GTP-binding domain of the protein, and they cause the Ras protein to be constantly active, even in the absence of a signal. This results in the downstream signaling pathways being activated, leading to the uncontrolled cell growth and division.
One of the main signaling pathways activated by oncogenic Ras is the MAPK pathway, which is responsible for controlling cell growth and division. The MAPK pathway is activated when the Ras protein binds to the GTP, and this results in the activation of downstream molecules, such as the mitogen-activated protein kinase (MAPK) and extracellular signal-regulated kinase (ERK). This activation results in the cell entering the cell cycle and dividing uncontrollably, which can lead to the formation of a tumor.
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PLEASE ANSWER I NEED TO SUBMIT IT
Answers
Rr ⇒Dominant ,rr ⇒ recessive, RR ⇒ Dominant .The genotypes that homozygous are rr and RR.
What does genotype mean?Gene pool as a whole is characterized by the term "genotype," which roughly refers to an organism's genetic make-up. The term can also be used in a more precise sense to refer to the several alleles, or variations of a gene, that an organism possesses. A beta-globin gene variation known as sickle hemoglobin is what causes sickle cell disease (Hb S)
What are the disadvantages of the AA genotype?It is also known that the malaria parasite consumes a significant amount of hemoglobin both for survival and during the peripheral blood stage of replication and duplication.
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The complete question is :
Identify whether each genotype exhibits the recessive or dominant phenotype. Circle the genotypes that are homozygous?
Rr :
rr :
RR:
which of the following is least likely to be filtered into bowman's capsule
Answers
Bowman’s capsule is a structure found in the kidneys of vertebrates and contains the glomerulus. Blood flows into the glomerulus, and water and solutes, except for blood cells and proteins, are filtered out of the capillaries and into the Bowman’s capsule.
The fluid is then transported into the tubule system of the nephron for further processing. The substances least likely to be filtered into Bowman’s capsule include red blood cells, platelets, and proteins as they are too large to pass through the filtration membrane. The process of urine formation occurs in the nephron of the kidney. Bowman's capsule, which is located in the nephron, performs the initial filtration of the blood. The process removes waste products from the blood while leaving nutrients and other essential molecules in the bloodstream. Any substance with a molecular mass greater than 69,000 daltons is generally not filtered into Bowman's capsule.
Among the choices, red blood cells are the least likely to be filtered into Bowman's capsule since they have a molecular mass greater than 69,000 daltons and they are too large to pass through the filtration membrane. In contrast, small molecules like ions, glucose, and water easily pass through the filtration membrane and enter Bowman's capsule to become part of the filtrate. In summary, red blood cells are the least likely substance to be filtered into Bowman's capsule.
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What is the Family an d Species of Red Algae?
What is the species of Cyanobacteria?
(KPCOFGS)
Answers
The family of red algae is diverse and includes several different families, such as Rhodomelaceae, Gelidiaceae, and Porphyridiaceae.
The species of red algae vary greatly within these families. Cyanobacteria, on the other hand, belong to the phylum Cyanobacteria and are not classified using the KPCOFGS taxonomy system. Instead, they are classified based on their morphological and physiological characteristics.
Red algae, also known as Rhodophyta, comprise a large and diverse group of algae. They are classified into different families based on their characteristics, including the structure of their thallus (body), reproductive structures, and pigments. Some common families of red algae include Rhodomelaceae, Gelidiaceae, and Porphyridiaceae.
Within these families, there are numerous species of red algae, each with its unique characteristics and habitats. Cyanobacteria, also known as blue-green algae, are a group of photosynthetic bacteria. They belong to the phylum Cyanobacteria and are not classified using the KPCOFGS taxonomy system typically used for plants and animals.
Cyanobacteria are classified based on their morphological features, such as cell shape, arrangement, and pigmentation, as well as their physiological characteristics and genetic traits. The classification of cyanobacteria is continually evolving as new information and techniques are discovered in the field of microbiology.
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Will give brainliest... How can understanding the principles of succession help to combat deforestation?
Answers
Explanation:
Secondary succession occurs after a disturbance such as a forest fire, where there is still some organic matter to allow new plants to grow. Both types of succession take place over long periods of time and result in the communities reaching a state of equilibrium.
Lipids are considered the building blocks of plasma membranes. What could be the reason a
cell is unable to synthesize lipids?
Answers
Answer:
phospholipids
Explanation:
The fundamental building blocks of all cell membranes are phospholipids which are amphipathic molecules, consisting of two hydrophobic fatty acid chains linked to a phosphate-containing hydrophilic head group.
a) A plant with the genotype DR/dt (representing the allele combination on each chromosome) produces gametes. List the genotypes of the gametes that can be produced and label each gamete as parental or recombinant. I I b. Give the same information for a plant with the genotype Dr/dR.
Answers
a) A plant with the genotype DR/dt (representing the allele combination on each chromosome) produces gametes.
The possible gametes and their genotypes are:
DR (parental)
dt (parental)
Dr (recombinant)
dR (recombinant)
Note that the two parental gametes have the same combination of alleles as the original parent (DR/dt), while the two recombinant gametes have a new combination of alleles.
b) For a plant with the genotype Dr/dR, the possible gametes and their genotypes are:
Dr (parental)
dR (parental)
Note that there are no possible recombinant gametes for this genotype since the two alleles are located on the same chromosome and therefore cannot be separated by crossing over during meiosis.
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Microbial endosymbionts a. are relatively rare. b.are found in a few ecosystems. c. provide nutrition to host animals, including humans. Od. are only found in animals
Answers
Endosymbionts provide nutrition to host animals, including humans. thus, The correct answer to the question is option C.
What are microbial endosymbionts?Endosymbionts are microorganisms that live within the bodies of other organisms. These microorganisms live within host cells and, as a result, are endosymbionts. They are found in many ecosystems and can be essential to the survival of the organism they inhabit.Microbial endosymbionts play a significant role in many different ecosystems, including those that exist in and around animals. These organisms are essential for the survival of many animals, and they provide the nutrients that these animals need to survive. These nutrients can come in the form of food or other substances that the endosymbiont produces. In humans, endosymbionts help with the digestion of food and play a role in the immune system's function.Microbial endosymbionts are not rare, as they are found in many ecosystems. They are also not limited to animals, as they can be found in a wide variety of organisms. Some examples of endosymbionts include bacteria that live in the human gut and algae that live in corals.
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The common cuckoo is a parasitic bird that lays its eggs in the nests of host birds. The cuckoo's ability to copy the marking patterns on host birds' eggs has evolved over time. However, the egg patterns of host bird species have also evolved, making them harder to copy and easier for partners to recognize. When host birds do not recognize an egg in their nest, they push it out of the nest. When host birds fail to reject a cuckoo egg, they care for the extra egg, and when it hatches, the baby cuckoo pushes the host bird's eggs out of the nest. The table shows the rate at which three host species recognize their own eggs and the rate at which it rejects cuckoo eggs.
Answers
The table indicates that the host bird species vary in their ability to recognize cuckoo eggs.
How's the reed warbler recognition for eggs ?
The Reed Warbler has the lowest rate of recognizing its own eggs and also the lowest rate of rejecting cuckoo eggs. This means that it is more likely to care for a cuckoo egg as if it were its own.
On the other hand, the Brambling has the highest rate of recognizing its own eggs and the highest rate of rejecting cuckoo eggs. This suggests that the Brambling is less likely to be tricked into caring for a cuckoo egg. The Pied Flycatcher has intermediate rates of recognition and rejection, indicating that it is somewhat vulnerable to cuckoo parasitism but not as much as the Reed Warbler.
Overall, the table highlights the co-evolutionary arms race between the cuckoo and its host species, with host species evolving to better recognize and reject cuckoo eggs, and the cuckoo evolving to better mimic host egg patterns.
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If a non-professional antigen-presenting cell that lacks co-stimulatory molecules presents peptide:MHC complexes to a T cell specific for that peptide, then _____.
a. the T cell delivers a signal to the non-professional antigen-presenting cell to activate the expression of co-stimulatory molecules.
b. the T cell begins to express the α chain of the IL-2 receptor.
c. the T cell differentiates into a TH1 cell.
d.T-cell tolerance occurs as a result of anergy.
e.the T cell is more heavily reliant on signals transmitted through CD4 or CD8 in order to become activated.
Answers
If a non-professional antigen-presenting cell that lacks co-stimulatory molecules presents peptide:MHC complexes to a T-cell specific for that peptide, then T-cell tolerance occurs as a result of anergy.
Thus, the correct option is D.
Anergy is the state of reduced responsiveness of a T-cell in the absence of co-stimulatory molecules. The non-professional antigen-presenting cells that lack co-stimulatory molecules are unable to provide the necessary signals to fully activate T-cells. As a result, the T-cell becomes anergic, or unresponsive, and tolerance occurs. This is a mechanism that helps prevent autoimmune reactions in the body.
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a 65-year-old retina receives only about _____ as much light as its 20-year-old counterpart.
Answers
Only about one-third as much light reaches a 65-year-old retina as it did when it was 20 years old.
The time in a person's life between young adulthood and old age is referred to as middle adulthood (or midlife). This stage of life is rather recent. In the United States, the average lifespan was around 47 years 100 years ago.
Depending on how these stages, ages, and tasks are defined culturally, this period lasts between 20 and 40 years. There can be a range of up to 10 years on either side of the most popular age definition, which is between 40 and 65. Middle adulthood shall be defined for the purposes of this text and this chapter as being between the ages of 40 and 65. study of this stage of life.
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D
Question 8
2 pts
The symbiotic relationship that occurs when a bee benefits from the nectar of a plant
and other plants are pollinated by the bee carrying the nectar is called
Select)
This type of relationship occurs when
[ Select]
Answers
Answer:
Mutualism, this happens when both organisms benefit. Good luck on whatever your doing mate, have a great day.
Explanation:
If 2 atoms of gold have the same properties, does an electron have the same properties of gold
Answers
Place mercury in the reactor. After a large amount of work, only a tiny portion of gold is created.
Decontaminate the resulting gold. This is harder than it sounds because you can't separate out non-radioactive gold from radioactive gold using purely chemical methods.
It should be obvious from this process that it currently costs much more money to create non-radioactive gold than you could ever earn by selling the gold. Creating gold from other elements is currently an expensive laboratory experiment and not a viable commercial activity. Perhaps technology will improve enough in the future to make creation of gold in nuclear reactors a profitable economic enterprise.
Could there be a frameshift mutation that would not affect the structure and function of the resulting protein?.
Answers
It is possible the emergence of a frameshift mutation that does not affect the structure of a protein, but it will invariably modify its structure.
Happy Holidays!!
Answer:fqwfee
Explanation:fqqfewfqrqf
After a signal binds to a signal receptor, the next step is transduction. Why is the signal transduction step necessary?.
Answers
The correct option is (C).
The more molecules that share the responsibility of passing the signal to activate the effector the more quickly and efficiently the message can spread.
What is Signal transduction?
The process by which a cell responds to substances outside the cell through signaling molecules found on the surface of and inside the cell.Three steps can be identified in cell signaling: A cell recognizes a signaling chemical coming from outside the cell, Transduction: The receptor protein is altered in some way when the signaling molecule attaches to it and finally, the signal causes a particular biological reaction.Because multicellular animals must coordinate the actions of hundreds to trillions of cells, signal transduction systems are particularly crucial in these systems. Cell-to-cell communication is made possible by a variety of methods that multicellular organisms have created.Learn more about the Signal transduction with the help of the given link:
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I understand that the quesion you are looking for is "After a signal binds to a signal receptor, the next step is transduction. Why is the signal transduction step necessary?
(A) The signal transduction pathway is not necessary since the signal can directly activate the effector.
(B) Transmission of the signal through multiple relay molecules before activating an effector is not efficient.
(C) The more molecules that share the responsibility of passing the signal to activate the effector the more quickly and efficiently the message can spread.
(D) The efficiency increases when less molecules share the responsibility of moving the signal from one molecule to the next to activate the effector."
The deforestation of rainforests in South America is an example of what specific type of
threat to biodiversity?
Answers
Answer:
habit destruction
Explanation:
deforestation gets rid of homes to the animals.