extracellular signals that are very large and hydrophilic, enter the cell by diffusing through the plasma membrane
Answers
Extracellular signals that are very large and hydrophilic typically cannot diffuse through the plasma membrane due to their size and hydrophilic nature. These signals include proteins such as growth factors and cytokines. Instead, these signals interact with specific receptors on the plasma membrane, triggering a series of intracellular events.
Upon binding to their receptors, these large hydrophilic signals can activate various signaling pathways within the cell. This can lead to the activation of secondary messengers, such as cyclic adenosine monophosphate (cAMP) or inositol triphosphate (IP3), which mediate intracellular signaling cascades.
Alternatively, some large hydrophilic signals can activate cell surface receptors, which in turn initiate a process called endocytosis. During endocytosis, the plasma membrane invaginates and forms a vesicle that engulfs the extracellular signal. This vesicle then internalizes and delivers the signal to the intracellular compartments, allowing it to interact with its target proteins and activate downstream signaling pathways.
In summary, extracellular signals that are large and hydrophilic typically enter the cell by interacting with specific receptors on the plasma membrane, which triggers intracellular signaling cascades or through endocytosis.
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Related Questions
Why did the levels of adoption of GM crops fell at certain points over the time?
Answers
As a result of the "better" features produced by modifying genes, GM crops can cause the natural process of gene flow to be disrupted. Farmers, trade, and the environment are all in jeopardy as a result.
GM crops are plants whose DNA has been altered through the use of genetic engineering techniques for agricultural reasons. BT brinjal, GM mustard, and Protato (a potato high in protein) are a few examples of genetically modified crops.
Agricultural practices may have negative impacts that are accelerated by genetic engineering, have an impact similar to that of conventional agriculture, or help to conserve natural resources, especially biodiversity, while having a similar or even more positive impact.
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Which layer of Earth has the most influence on Earth's magnetic field?
Answers
Answer:
Earths inner core
Sorry, Hope this helps.
Explanation:
!!!Why does a diet high in sugar lead to weight gain?(1 point)
A. Sugary food causes blood sugar levels to spike, telling the body to retain weight.
B. Sugar is a lipid, which is stored as fat in the body.
C. Sugar and fat are made of the same elements, so sugar can be converted to fat.
D. Fat is a carbohydrate, which leads to weight gain.
Answers
Answer:
B i think
Explanation:
Which of the following is an accurate statement of the relationships within this cladogram? The image depicts a cladogram with numbered and lettered branches. The image includes clades 1, 3, and 7 on one fork of the tree, and clades 2 and 4 on the other. From clade 1 moving up the tree, the first fork is clade 2 which ends in organism group D. From clade 2, clade 5 diverges ending in organism group C. Clade 1 continues up the tree, ending in organism group A. Toward the end of clade 1, clade 4 diverges, ending in organism group B. On the remaining branch of the tree, moving upward from clade 1, clade 3 diverges, ending in organism group E. From clade 3, clade 6 diverges ending in organism group F. Clade 7 diverges from the main branch, ending in organism group G, and the main branch ends in organism group H. Clades A and C are more closely related than clades A and D. Clade 1 is ancestral to all the other clades. Clades 3 and 7 are more directly related than clades 3 and 6. Clades 4 and 5 are ancestral to clades 1 and 2.
Answers
The relationships within the cladogram indicate that clades A and C are more closely related than clades A and D, clade 1 is ancestral to all the other clades, clades 3 and 7 are more directly related than clades 3 and 6, and clades 4 and 5 are ancestral to clades 1 and 2.
The cladogram shows the evolutionary relationships among different clades or groups of organisms. Clades A and C being more closely related than clades A and D suggests that they share a more recent common ancestor. This is evident from the branching pattern of the tree, where clade A branches off earlier than clade C from the main lineage.
Clade 1 is considered ancestral to all the other clades because it is located at the base of the tree and does not have any branches above it. This implies that all other clades have descended from the common ancestor represented by clade 1.
The statement that clades 3 and 7 are more directly related than clades 3 and 6 can be inferred from the fact that clade 7 branches off directly from the main lineage, while clade 6 branches off from clade 3. This suggests a closer relationship between clades 3 and 7.
Lastly, the statement that clades 4 and 5 are ancestral to clades 1 and 2 can be observed from the branching pattern. Clade 4 diverge clade 1, indicating an ancestral relationship, and clade 5 branches off from clade 2, suggesting that it is also ancestral to clade 1 and 2.
Overall, the cladogram provides a visual representation of the evolutionary relationships among the different clades, showing their common ancestry and relative closeness.
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59) seventeen patients in ten hospitals had cutaneous infections caused by rhizopus. in all seventeen patients, elastoplast bandages were placed over sterile gauze pads to cover wounds. fourteen of the patients had surgical wounds, two had venous line insertion sites, and one had a bite wound. lesions present when the bandages were removed ranged from vesiculopustular eruptions to ulcerations and skin necrosis requiring debridement. fungi are more likely than bacteria to contaminate bandages because they a) are aerobic. b) can tolerate low-moisture conditions. c) prefer a neutral environment (ph 7). d) have a fermentative metabolism. e) cannot tolerate high osmotic pressure.
Answers
fungi are more likely than bacteria to contaminate bandages because they are aerobic and can tolerate low-moisture conditions. The correct answer is (A) (Aerobics can tolerate low-moisture conditions).
Eukaryotic organisms make up the microorganisms known as fungi, which include yeasts, molds, and mushrooms. These organic entities are arranged under realm parasites. Kingdom fungi organisms are everywhere and have a cell wall. They fall under the category of living organisms known as heterotrophs.
Single-celled or extremely complex multicellular fungi exist. They can be found in almost any habitat, but the majority of them live on land, mostly in soil or plant matter, rather than in fresh or salt water.
Any of the approximately 144,000 known species of organisms in the kingdom of Fungi, which includes yeasts, rusts, smuts, mildews, molds, and mushrooms, is a fungus (plural fungi). There are also many organisms that look like fungi, like slime molds and oomycetes (water molds), which are not in the kingdom of fungi but are still commonly referred to as fungi.
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dentify one input andone output of cellular respiration that are not described in part a and describe how to add both to the model.
Answers
ATP is produced during cellular respiration by the reaction of oxygen and glucose. The release of water and carbon dioxide are examples of byproducts.
What happens during cellular respiration in the human body?During a series of chemical reactions known as cellular respiration, glucose is transformed into ATP, which is then used as energy for a number of biological operations. The three primary mechanisms involved in cellular respiration are glycolysis, the citric acids cycle, and oxidative phosphorylation.
What makes cellular respiration important? Which is it?Cellular respiration is the process through which cells in both plants and animals break down sugar and convert it into energy, which is then used to do work just at cellular level. The simple goal of cellular respiration is to supply cells with the energy they need to function.
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2. Apply knowledge and understanding of Mendelian genetics to suggest solutions to problems set
in familiar situations (1-2).
a. Determine the phenotype for each genotype using the information provided about flower color:
I
If green seed is dominant to yellow seed, then
GG______ Gg_______ gg______
Answers
Answer:
GG phenotype - Green
Gg phenotype - Green
gg phenotype - Yellow
State one similarity and one difference between parasitic and predatory modes of feeding
Answers
Answer:
One similarity between parasitic and predatory modes of feeding is that both involve the ingestion of other organisms for nutrition. In both cases, the organisms that do the feeding (the parasites or predators) obtain their food from other organisms (the host or prey), which they consume and use to nourish themselves.
One difference between parasitic and predatory modes of feeding is the relationship between the predator and its prey. In predatory feeding, the predator and its prey are typically separate and distinct organisms, and the predator actively hunts and kills its prey for food. In parasitic feeding, the parasite and its host are typically closely associated, and the parasite typically lives on or inside the host, feeding off of its nutrients or tissues. This relationship between the parasite and its host is often harmful to the host, while the relationship between the predator and its prey is typically not harmful (as long as the predator is not over-consuming its prey).
Why do find more grazers in the prairie?
There are unlimited amount of water in the prairie.
There is more space in the prairie.
There is more sunlight available in the prairie.
The most abundant food source in the prairie is grass.
Answers
Answer:
The most abundant food source in the prairie is grass.
Explanation:
which of the following best explain the universal nature of the genetic code
Answers
Answer:
because parents transfer their genetic information to their offspring
Explanation:
how are phenotypes impacted by mutations
Answers
Answer:
I guess phenotypes are not affected by mutations since mutations affect the gene structure of organisms while phenotypic characteristics are acquired through ones life time therefore no relationship between the two
True or False:
Single-celled organisms cannot
be considered consumers.
Answers
Hello!! o think it's false.
Explanation:
im pretty sure single-cell organisims can feed off of algae, or bacteria if your talking about protozoa. i did reaseaech so if this is wrong im super sorry!!
Read this article: Analysis of Ruella et al., (2016). "Dual CD19 and CD123 targeting prevents antigen-loss relapses after CD19- direcrted immunotherapies." The Journal of Clinical Investigation, vol. 126, no. 10, 2016, pp. 3814-26. And answer the following questions: 1. What is the primary goal or question being addressed in Figure 1 and what is(are) the conclusion(s) that can be drawn from this data? Reference at least two panels of data (i.e., Figure 1A and/or 1B and/or 1C, etc) to support your answer, and be sure to describe what you are observing in those panels and how it supports your answer. 2. What is the primary goal or question being addressed in Figure 2 and what is(are) the conclusion(s) that can be drawn from this data? Reference at least two panels of data to support your answer, and be sure to describe what you are observing in those panels and how it supports your answer. 3. What is the primary goal or question being addressed in Figure 3 and what is(are) the conclusion(s) that can be drawn from this data? How does this relate to your answer to Question 2? Reference at least two panels of data (from among panels 3B, 3C or 3E) to support your answer, and be sure to describe what you are observing in those panels and how it supports your answer.
Answers
Figure 1 presents data on the expression of CD19 and CD123 on leukemia cells before and after treatment, showing that CD123 expression increases after CD19-targeted therapy. Figure 2 focuses on in vitro experiments evaluating the efficacy of CD19 and CD123 targeting in killing leukemia cells. Figure 3 investigates the therapeutic potential of dual CD19 and CD123 targeting in a mouse model, examining tumor burden and survival rates.
The article "Dual CD19 and CD123 targeting prevents antigen-loss relapses after CD19-directed immunotherapies" by Ruella et al. (2016) addresses the primary goal of investigating the effectiveness of dual targeting of CD19 and CD123 in preventing antigen-loss relapses after CD19-directed immunotherapies.
Figure 1 aims to determine the changes in CD19 and CD123 expression on leukemia cells after CD19-directed therapy. Panel 1B shows flow cytometry analysis of leukemia cells, indicating increased CD123 expression post-CD19-targeted therapy compared to pre-treatment levels. This suggests the emergence of CD123-positive leukemia cells as a potential mechanism of antigen-loss relapse. Panel 1C demonstrates that dual targeting of CD19 and CD123 effectively eliminates CD19-positive and CD123-positive leukemia cells, supporting the conclusion that dual targeting can prevent antigen-loss relapse.
Figure 2 investigates the cytotoxic effects of dual CD19 and CD123 targeting on leukemia cells. Panel 2C shows the reduction in viable leukemia cells upon treatment with dual-targeted chimeric antigen receptor (CAR) T cells, compared to single-targeted CAR T cells. This indicates that dual targeting enhances the killing efficacy against leukemia cells expressing both CD19 and CD123. Panel 2E presents the cytokine release assay, demonstrating increased secretion of pro-inflammatory cytokines in response to dual targeting, suggesting enhanced immune activation.
Figure 3 focuses on evaluating the therapeutic potential of dual CD19 and CD123 targeting in a mouse model of leukemia. Panels 3B and 3C show a significant reduction in tumor burden in mice treated with dual-targeted CAR T cells compared to single-targeted or control groups. Panel 3E displays the improved survival rates of mice receiving dual-targeted therapy. These findings highlight the efficacy of dual CD19 and CD123 targeting in reducing tumor burden and improving survival, supporting the conclusion that this approach holds promise for preventing antigen-loss relapse observed in CD19-directed immunotherapies.
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Embryonic cells that have the potential for unlimited renewal and have the ability to develop into different kinds of mature cells if they are transplanted to different sites are often called
Answers
Embryonic cells that have the potential for unlimited renewal and have the ability to develop into different kinds of mature cells are embryonic stem cells, option b is correct.
Embryonic stem cells possess two crucial characteristics: unlimited self-renewal and pluripotency. Unlimited self-renewal means they can divide and replicate themselves indefinitely, maintaining their population over time. Pluripotency refers to their ability to differentiate into various types of mature cells when transplanted to different sites or provided with appropriate cues. Embryonic stem cells are derived from the inner cell mass of early embryos, typically at the blastocyst stage.
Due to their remarkable regenerative potential and versatility, they hold significant promise for medical applications, such as tissue engineering, regenerative medicine, and studying developmental processes and diseases. Their ability to give rise to different cell types makes them invaluable in research and potential therapeutic interventions, option b is correct.
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The complete question is:
Embryonic cells that have the potential for unlimited renewal and have the ability to develop into different kinds of mature cells if they are transplanted to different sites are called
a. daughter cells.
b. embryonic stem cells.
c. zygotes.
d. multipolar cells.
e. ectodermal cells.
What predictions can be made about stomata of plants from xeric (dry) versus mesic (moist) habitats?
Answers
The following predictions can be made about the stomata of plants from xeric (dry) versus mesic (moist) habitats:
The frequency of stomata is lower in plants from xeric habitats than in plants from mesic habitats.
Plants in xeric environments have a lower frequency of stomata than plants in mesic environments. The size of stomata may vary between xeric and mesic environments. In general, mesic environments promote large stomata while xeric environments promote small stomata.
Stomata are primarily responsible for regulating water loss through transpiration, which is critical for plant survival. They regulate the diffusion of carbon dioxide and water vapor into and out of the plant by opening and closing their pores. As a result, the density of stomata on plant surfaces can vary depending on environmental factors. In mesic environments, there is usually a higher abundance of stomata, while in xeric environments, stomata tend to be less abundant to minimize water loss.
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How do movement of rocks cause earthquakes? . When rocks shifts it can produce energy that translate to earthquakes, Rock movements cause volcanic eruptions, which triggers earthquakes, Misplaced rocks can trigger a seismic wave.
Answers
Answer:
when rock underground suddenly breaks along a fault. This sudden release of energy causes the seismic waves that make the ground shake.
Explanation:
the population projection technique that allocates a projected population expansion to subregional areas is called:
Answers
The population projection technique that allocates a projected population expansion to subregional areas is called shift share approach.
What is population?
A community's inhabitants who belong to the same species. A population's makeup is influenced by things like density, sex ratios, birth and death rates, immigration, and emigration.
What is sub region?
A biogeographic region's major division. subregional.
Therefore, the population projection technique that allocates a projected population expansion to subregional areas is called shift share approach.
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In a population of wild bees, a mutation resulted in slightly larger wingspan in some of the bees. This larger wingspan made the bees more efficient in their flights to flowers to collect nectar. Thus, these bees became more successful. This trait was passed on to offspring, and eventually the larger wingspan variety of bee replaced their smaller-winged relatives completely. It could be said that ____ favored the bee with the larger wingspan, and so the ____ evolved
Answers
Answer:
The correct answer is - natural selection, population.
Explanation:
In this case, the wild bees population experienced a mutation which helps in become more eeficient to fight for nector. This bees population is more sucessful to other that didnt recieved mutation and this mutation as it is adavtageous.
Natural selection always favored beneficial traits for the organisms to eveolved in generation therefore, these population is more succesful and replaced the short winged bees.
Use the drop-down menus to identify the labeled
organelles in the plant cell to the right.
Label A
Label B
Label C
Label D
DONE
Answers
Label A signifies Tonoplast vacuole,
Label B signifies Plasma cell membrane,
Label C signifies Chloroplast and
Label D signifies Mitochondrion.
What are the features of a plant cell?A plant cell has several distinctive features, including:
Cell wall - a rigid, protective outer layer made of cellulose. Vacuole - a large, fluid-filled structure that helps maintain the shape of the cell and stores nutrients and waste. Chloroplasts - specialized organelles that contain chlorophyll and are involved in photosynthesis. Nucleus - contains the genetic material of the cell and controls the cell's activities. Endoplasmic reticulum - a network of flattened sacs involved in protein synthesis and transportation. Golgi apparatus - modifies, sorts and packages proteins and lipids for storage or export from the cell. Mitochondria - the "powerhouses" of the cell, responsible for generating energy through cellular respiration.
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Describe the type of movement as either facilitated diffusion, osmosis, or diffusion.
Answers
Answer:
1. Diffusion
2. Osmosis
3. Diffusion
4. Facilitated Diffusion
5. Osmosis
6. Diffusion
Explanation:
Facilitated Diffusion- Move molecules across the cell membrane in a passive transportation with membrane protein.
Osmosis- Move water molecules from high concentration to low concentration.
Diffusion- Evenly spread molecules from high concentration to low concentration.
1. Gases move across the room with ease without energy.
2. Water enter skin cells allowing cells to grow and wrinkle without energy.
3. Gases move with ease without energy.
4. Glucose requires energy to transfer.
5. Water leaves throat when concentration outside of throat is less that that inside the trough so water moves outwards.
6. Oxygen is uses passive diffusion does not require energy and will with ease move in and through a cell.
blood vessels called connect arterioles to venules is
Answers
Blood vessels called capillaries connect arterioles to venules.
What are capillaries?Capillaries are the smallest blood vessels in the body and are responsible for the exchange of nutrients and waste products between the blood and tissues. They have thin walls that allow for the diffusion of substances such as oxygen, carbon dioxide, glucose, and waste products.
Arterioles are small arteries that branch off from larger arteries and help regulate blood flow to the capillaries. Venules are small veins that collect blood from the capillaries and return it to larger veins for transport back to the heart. Together, arterioles, capillaries, and venules make up the microcirculation of the circulatory system.
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What does it mean for a polynomial to be factored completely.
Answers
Answer:
Completely factor means to continuously factor terms until they are in simple terms, meaning you are no longer able to factor. When we completely factor, the coefficient of the variable of at least one factor should be 1.
The given expression can be first factored using FOIL.
(a2 + 2)(a2 - 3)
Note that (a2 - 3) can be factored. Think of it as a difference in perfect squares. So in the end, we have
(a2 + 2)(a - √3)(a + √3)
What does the word bio mean?
Answers
Answer: a biography or short biographical profile of someone.
Explanation:
How does available energy affect the population sizes of organisms at different trophic levels?
Answers
Answer:
Students should observe that since the energy available at each trophic level decreases, the populations of animals at higher trophic levels will be smaller than the populations at lower trophic levels. For example, many deer can support relatively few wolves.
Explanation:
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According to the Hertzsprung-Russell Diagram what is the luminosity of the sun
a) 1
b) 2
c) 3
d)4
Answers
The Sun, which has a luminosity of 1 and a temperature of around 5,400 Kelvin, is located on the main sequence. The correct option is A.
How do you read an H-R diagram?So, the H-R diagram may be used to compare the Sun to any other star on the diagram. Outside of the main sequence, there are two distinct groups of stars that are interesting in and of themselves. Many very brilliant but relatively cold stars may be seen in the diagram's upper right corner.
A Hertzsprung Russell H-R diagram displays what?Astronomical graph in which the actual magnitudes (intrinsic brightness) of stars are plotted against distinct spectral types is known as a Hertzsprung-Russell diagram, or H-R diagram (temperatures).
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using a named examples explain the differences between a specific body defence mechanism and a non- specific body defence mechanism
Answers
Answer:
Specific body defence mechanism are resistance that are directed against only one specific invader while,
Non specific defence mechanism protects against any of an enormous range of possible dangers.
Explanation:
NON SPECIFIC DEFENCE MECHANISM are the first lines of general defence, they prevent entry and minimise further passage of microbes and other foreign material into the body. There are five main non specific defence mechanisms, these include:
--> defence at body surface
--> phagocytosis
--> natural antimicrobial substances
--> inflammatory response
--> immunological surveillance
Using PHAGOCYTOSIS as a named example of non specific defence mechanism. This involves phagocytes such as the macrophages and neutrophils which are able to trap any invading microbes either by engulfing them or by extending long pseudopodia towards them which grasp them and reel them in. These cells are NON SELECTIVE in their targets.
SPECIFIC BODY DEFENCE MECHANISM directs its actions against a specific invader. In addition immunological memory develops which confers long term immunity to specific infections. The immunity could be cell mediated or antibody mediated immunity.
Using CELL MEDIATED IMMUNITY as an example, Cytotoxic T-cells directly inactivate any cells carrying antigens. This means they are SELECTIVE in their targets. They attach themselves to the target cell and release powerful toxins, which are very effective because the two cells are so close together. This leads to destruction of abnormal body cells such as infected cells and cancer cells.
The net primary production of a pine forest on a lava flow on mount fuji is about 175,000kcal/m2/yr, and the plant respiration is estimated to be 115,000kcal/m2/yr. What is the total amount of energy transferred during photosynthesis for this ecosystem?.
Answers
The total amount of energy transferred during photosynthesis for this ecosystem equals 260,000 kcal/m2/yr.
In order to respond to this question, we must be aware of Energy gathered and transformed into chemical energy throughout photosynthesis is known as gross primary productivity (GPP). Net primary productivity (NPP) is the product of gross primary output and respiration rate.
Therefore, we must add NPP to the respiration rate in order to determine GPP. If, then
NPP = 165,000 kcal/m2 per year
R = 9.5 kcal/m2/year
NPP equals GPP - respiration
NPP equals GPP - respiration
NPP=GPP-Respiration
Therefore,
NPP + R, therefore GPP.
NPP+R= GPP
GPP is equal to 95,000 kcal/m2/yr plus 165,000 kcal/m2/yr.
GPP = 260 kcal/m2/year
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Match the term to the most correct definition. The process of determining the future value of an investment made today: The process of determining the present value of money to be received in t future: Equal periodic payments of principal and interest to repay any investment: The periodic repayment of principal and interest for a given loan: This TVM calculator key is used to enter or compute periodic level payments, such as monthly payments on a fixed rate mortgage: The value of a stream of payments and/or single future amount to be received over a specified number of discounting periods: The sum of the present values of all future cash flows, netted against the initial investment: The general term for the annual return provided by cash flows such as stock dividends or bond coupon payments: The general term for the annual return provided by the growth or increase in value of the investment itself, separate from annual cash flows: The percentage rate earned on each dollar invested for the entire time it is invested, this includes both the periodic and appreciation return:
Answers
The process of determining the future value of an investment made today is called compounding.
Compounding refers to the process of calculating the future value of an investment by considering the initial amount invested, the interest rate, and the time period. It takes into account the concept of earning interest on both the principal amount and any accumulated interest. Through compounding, the investment grows over time as the interest is added to the principal, generating additional returns. This allows investors to estimate the value of their investment at a future date, taking into account the effects of compound interest. It is an essential concept in finance and helps individuals and businesses make informed decisions regarding their investments.
In compounding, the future value of an investment is determined by considering factors such as the interest rate, the length of the investment period, and the frequency of compounding. The more frequent the compounding, the greater the future value of the investment. This concept is widely used in various financial calculations, such as calculating the growth of savings accounts, estimating the value of retirement funds, or assessing the profitability of long-term investments. Compounding allows investors to understand the potential growth of their investments over time and make strategic decisions accordingly. It highlights the power of time and compound interest in generating wealth and achieving financial goals.
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Which step of the scientific method is missing?
a. Observation
b. Problem Question
b. Hypothesis
c. Experimentation
d. ______________
e. Report Results
New Hypothesis
Analyze Data and Make Conclusions
2nd Observation
Review
none of these
Answers
Answer:
analyze data and make a conclusion
Inspection, cleansing, transformation, and modeling of data are all steps in the analysis process, which aims to highlight pertinent information, There are different stages in the process of data analysis that can be identified. Thus, option B is correct.
What is analyzed Data in scientific method?The process of understanding the significance of the data we have gathered, arranged, and shown in the form of a table or graph is known as data analysis.
Searching for patterns—similarities, differences, trends, and other relationships—and considering what these patterns might indicate are both steps in the process.
The outcomes of your scientific research won't be considered seriously by other scientists unless you have carefully analyzed the data to support your conclusions.
The systematic use of data to answer research questions is known as data analysis.
Therefore, analyze data and make conclusions is missing.
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All eukaryotic cells contain at least one golgi complex, typically located in the cytoplasm and near the endoplasmic reticulum. True or false?.
Answers
The given statement all eukaryotic cells contain at least one Golgi complex, typically located in the cytoplasm and near the endoplasmic reticulum.
What do you understand by Golgi complex?
Some cellular products, especially those from the endoplasmic reticulum (ER), are manufactured, stored, and transported by the Golgi apparatus, also known as the Golgi complex or Golgi body.
After being produced, proteins are folded and repackaged in the endoplasmic reticulum before being transported to the Golgi apparatus or complex.
The protein is transformed enzymatically and enclosed in vesicles within the Golgi complex. Once there, they are used as essential proteins as part of the cell membrane.
Therefore, We can state that all eukaryotic cells contain at least one Golgi complex, typically located in the cytoplasm and near the endoplasmic reticulum.
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