How is a virus a considered a living thing?
Answers
Answer:
Virus is a semi living microorganism which means that it is half dead and half alive.
Explanation:
The characteristics which make it alive are;
- They contain genetic material called DNA
- They reproduce earn present in a host cell.
-They affect the host living bodies by causing different diseases.
Related Questions
So basically this a balancing chemical equations and I need help because I’m confused
Answers
Answer:
hope it helps you......
Does erosion make a sound yes or no
Answers
Answer: Yes. I would hope that it did anyway. When parts of the ground are moving it typically makes a noise.
Explanation:
Q1. a. What is a promoter, and how does bacterial RNA polymerase locate it? b. What are the four distinct steps in bacterial transcription?
Answers
A1. a) Promoter is a DNA sequence that serves as a recognition site for RNA polymerase ; b. The four distinct steps in bacterial transcription are: initiation, elongation, termination and Post-transcriptional modification.
a. A promoter is a DNA sequence that serves as a recognition site for RNA polymerase. It is the initial binding site for RNA polymerase and contains specific sequences that determine the direction and the starting point for transcription. The bacterial RNA polymerase recognizes the promoter sequence by scanning the DNA template until it recognizes a specific sequence known as the -10 and -35 regions, which are located upstream of the transcription start site. Once the RNA polymerase locates the promoter sequence, it binds to it, forming a closed complex.
b. The four distinct steps in bacterial transcription are:
1. Initiation: RNA polymerase binds to the promoter sequence, forming a closed complex. It then undergoes a conformational change, leading to the formation of an open complex. This is where the DNA strands are separated, and the template strand is exposed.
2. Elongation: RNA polymerase moves along the template strand, synthesizing RNA in the 5' to 3' direction. The DNA strands re-form a double helix behind the RNA polymerase, and the newly synthesized RNA transcript is released.
3. Termination: The termination of transcription occurs when RNA polymerase encounters a terminator sequence, which signals the end of the gene. This leads to the release of the RNA transcript and the dissociation of the RNA polymerase from the DNA template.
4. Post-transcriptional modification: The RNA transcript undergoes various modifications, including the addition of a 5' cap and a poly(A) tail. In addition, splicing occurs in eukaryotic cells to remove introns and join exons to form a mature mRNA molecule.
In summary, bacterial transcription involves the recognition of a promoter sequence by RNA polymerase, followed by the initiation of transcription, elongation of the RNA transcript, termination of transcription, and post-transcriptional modifications of the RNA transcript.
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Complete each sentence with the appropriate term or phrase. (Each term or phrase can be used only once, but not all terms or phrases are used.) CODIS The most useful DNA markers for forensics are in the population and do not contribute to (0.1)2 = 0.01 The genotypes of thousands of people at 13 unlinked loci are kept in a law enforcement database called very small 1/625 If a suspect's DNA did not come from the suspect. DNA found at a crime scene, the crime scene DNA allele frequencies If a suspect's DNA that particular 13-locus genotype in the population is determined. DNA found at a crime scene, the likelihood of finding 0.16 X 0.01 = 1.6 X 103 does not match Because the CODIS loci are in Hardy-Weinberg equilibrium, the genotype frequency at each SSR locus can be calculated from the 1/1000 Considering SSR locus A, if the frequency of allele 1 is 0.2 and the frequency of allele 2 is 0.4, the frequency of a heterozygote with allele 1 and allele 2 is matches highly variable At a second SSR locus B, if the frequency of allele 1 is 0.1, the frequency of an individual who is homozygous for allele 1 is phenotype multiplied The chance that both of those specific genotypes at the A and B loci would be found in
Answers
The most useful DNA markers for forensics are in the population and do not contribute to phenotype. The genotypes of thousands of people at 13 unlinked loci are kept in a law enforcement database called CODIS. If a suspect's DNA does not match DNA found at a crime scene, the likelihood of finding that particular 13-locus genotype in the population is determined by allele frequencies.
Because the CODIS loci are in Hardy-Weinberg equilibrium, the genotype frequency at each SSR locus can be calculated from the allele frequencies. Considering SSR locus A, if the frequency of allele 1 is 0.2 and the frequency of allele 2 is 0.4, the frequency of a heterozygote with allele 1 and allele 2 is very small (1/625). At a second SSR locus B, if the frequency of allele 1 is 0.1, the frequency of an individual who is homozygous for allele 1 is 0.1 squared = 0.01. If a suspect's DNA did not come from the suspect, the crime scene DNA does not match and the matches highly variable. The chance that both of those specific genotypes at the A and B loci would be found in the population is 0.16 X 0.01 = 1.6 X 10^-3.
Here's the completed sentences using the appropriate terms or phrases:
1. The most useful DNA markers for forensics are highly variable in the population and do not contribute to phenotype.
2. The genotypes of thousands of people at 13 unlinked loci are kept in a law enforcement database called CODIS.
3. If a suspect's DNA does not match the DNA found at a crime scene, the likelihood of finding that particular 13-locus genotype in the population is determined using DNA allele frequencies.
4. Because the CODIS loci are in Hardy-Weinberg equilibrium, the genotype frequency at each SSR locus can be calculated from the allele frequencies.
5. Considering SSR locus A, if the frequency of allele 1 is 0.2 and the frequency of allele 2 is 0.4, the frequency of a heterozygote with allele 1 and allele 2 is 0.16 (0.2 x 0.4 x 2).
6. At a second SSR locus B, if the frequency of allele 1 is 0.1, the frequency of an individual who is homozygous for allele 1 is 0.01 (0.1²).
7. The chance that both of those specific genotypes at the A and B loci would be found in the same individual is 1.6 x 10³ (0.16 x 0.01).
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Question 29
The most effective measures for mosquito control are dependent upon the:
a. elimination of breeding places
b. trapping of adult insects
c. use of new types of insecticides to destroy adult insects
d. use of new repellents
Answers
"Elimination of breeding places" is the most effective measure for mosquito control.
Option (a) is correct.
Mosquitoes require standing water to lay their eggs and for the larvae to develop. By removing or treating sources of standing water, such as stagnant ponds, gutters, or containers that hold water, mosquito populations can be greatly reduced.
Trapping of adult insects and the use of insecticides and repellents can also be effective measures for mosquito control, but they are not as effective as eliminating breeding places. Traps and insecticides can kill adult mosquitoes, but they do not prevent new mosquitoes from hatching and breeding. Repellents can help keep mosquitoes away from people, but they do not eliminate mosquitoes from an area.
Therefore, the most effective and sustainable approach to mosquito control is to eliminate or treat standing water to prevent mosquito breeding.
Hence, the correct answer is option (a).
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What’s the student’s scientific question
Answers
Answer:
Can you plz explain what you mean by that . Maybe I can help if you give explanation.
Cytochrome c is a protein found in the electron transport chain of all eukaryotes. The table shows the relative differences in cytochrome c among several species?
Answers
Cytochrome c is a protein found in the electron transport chain of all eukaryotes, The table shows the relative differences in cytochrome c amino acid sequences among several species.
These differences allow scientists to study evolutionary relationships between organisms, as the degree of similarity in the protein sequences reflects their shared ancestry. Cytochrome c is highly conserved throughout evolution due to its vital function in energy metabolism, meaning that even small changes in its sequence could have significant consequences on an organism's survival. Therefore, closely related species will have a higher degree of similarity in their cytochrome c sequences, while more distantly related species will exhibit greater differences.
By comparing the cytochrome c sequences across various species, researchers can construct phylogenetic trees, which are diagrams that depict the evolutionary relationships among organisms. This information can be used to determine the relatedness of species, trace evolutionary pathways, and gain insight into the origins and diversification of life on Earth. In summary, the table showing relative differences in cytochrome c among several species provides valuable information on evolutionary relationships, enabling scientists to better understand the interconnectedness and history of life on our planet.
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8. Why wouldn't you want a single or double letter genetic code? 9. Why wouldn't you want a 4-letter genetic code?
Answers
8. A single or double letter genetic code would limit the number of possible variations in the genetic code. 9. A 4-letter code would require a larger number of nucleotides in the genome.
Variations in the genetic code, would ultimately lead to a limited range of proteins being produced. This would severely limit the organism's ability to adapt to its environment and evolve over time. Additionally, a single or double letter code would make it difficult to differentiate between different amino acids, as there would be less unique combinations of letters available.
On the other hand, a 4-letter genetic code would result in too many possible combinations, which could lead to errors in transcription or translation. This would result in the production of non-functional or even harmful proteins. Additionally, a 4-letter code would require a larger number of nucleotides in the genome, which would increase the size and complexity of the organism's genetic material. Overall, a balanced and efficient genetic code with a moderate number of letters is necessary for the proper functioning and evolution of an organism.
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A genetic code of one or two letters would not be efficient or practical for encoding the information needed to produce proteins in living organisms. A 4-letter genetic code would increase the number of possible instructions that could be encoded, however, it would also increase the potential for errors and mutations.
A genetic code of one or two letters would severely limit the number of possible instructions that could be encoded. This would result in a lack of diversity in the proteins that could be produced, which could be detrimental to the survival of the organism.
On the other hand, a 4-letter genetic code would increase the number of possible instructions that could be encoded. However, it would also increase the potential for errors and mutations. This is because there would be more opportunities for the wrong letter to be incorporated into the DNA sequence, leading to changes in the resulting protein.
In addition, a 4-letter genetic code would require more complex machinery to translate the DNA sequence, which would be energetically costly for the organism. Therefore, a 4-letter genetic code may not be advantageous in terms of efficiency and accuracy.
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Which organism exhibits behavioral adaptation?
- an owl with large pupils and eyes that enable it to see better at night.
- A possum playing dead to increase its chances of survival.
- An insect that mimics it’s environment to hide from its predators.
- A desert plant that sheds its leaves to lessen water loss during the dry season.
Answers
Answer:
B
Explanation:
a possum playing dead to increase its chances of survival
All of the options provided involve some form of adaptation, but the one that specifically involves behavior is the possum playing dead to increase its chances of survival. Hence option B is correct.
What is Behavioral adaptation?Behavioral adaptation refers to changes in an organism's behavior that help it to better survive and thrive in its environment. Playing dead, or "playing possum," is a behavioral adaptation that some animals, including possums, use when they feel threatened.
By playing dead, the possum is essentially trying to fool its predator into thinking that it is no longer a threat or a viable prey item. This behavior can increase the possum's chances of survival by deterring predators and allowing it to escape unharmed.
Other examples of behavioral adaptation include migration, hibernation, and communication between members of the same species. These behaviors can help organisms conserve energy, avoid harsh environmental conditions, and increase their chances of finding a mate or resources for survival.
Hence option B, A possum playing dead to increase its chances of survival is correct.
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I GIVE BRAINLY. Justin is walking around an area that has few trees and many tall grasses.
In which biome is Justin most likely walking?
deciduous forest
grassland
O desert
tropical rain forest
Answers
Grassland since there aren't many trees and lots of grass
complete the sentences describing regions of the kidney. then place the sentences in order describing regions from superficial to deep.
Answers
The kidney is composed of three main regions: the renal cortex, the renal medulla, and the renal pelvis.
1. The kidney is a complex organ with distinct regions that perform different functions. The outermost region is called the renal cortex, which forms a granular outer layer. It contains numerous structures involved in urine formation.
2. Beneath the renal cortex lies the renal medulla, which is divided into several cone-shaped structures called renal pyramids. These pyramids are made up of parallel tubules known as the loops of Henle and collecting ducts.
3. Deeper within the kidney, the renal pelvis can be found. The renal pelvis is a central cavity that serves as a funnel for the urine to flow into the ureter, which transports urine to the bladder.
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Which of the answers accurately describes the organisms that live in the deepest
parts of the Benthic Zone?
a. adapted to warm temperatures
b. have keen eyesight
c. obtain energy from dead surface organisms
d. survive using photosynthesis
Answers
The sediments at the seafloor often make up the benthic zone, which is the lowest biological zone in a body of water.In the benthic zone, these sediments are crucial for supplying nutrients to the species that reside there.
Which of the answers accurately describes the organisms that live in the deepest?
The benthic zone, which includes the sediment top and some subsurface layers, is the ecological region at the bottom of a body of water, such as an ocean, lake, or stream.The name derives from the Greek word o (bénthos), which means "the depths." Benthic animals, such as bigger invertebrates like crustaceans and polychaetes, as well as microorganisms (such as bacteria and fungi) are found in this zone.In this environment, organisms typically coexist closely with the substrate, and many are anchored there permanently.The lowest layer of water and the topmost layer of sediment that is directly impacted by the water above them make up the benthic boundary layer, which is a crucial component of the benthic zone because it has a significant impact on the biological activity that occurs there.Sand bottoms, rocky outcrops, coral, and bay mud are a few examples of contact soil layers. The organisms that inhabit the benthic zone are known as benthos, and they differ from those that are found elsewhere in the water column. Even within the benthic zone, variations in conditions like light penetration, temperature, and salinity can lead to clear distinctions between the groups of organisms supported.The pressure difference can be very large, making it impossible for many creatures suited to deep-water pressure to thrive in the higher regions of the water column.Many people have made adaptations to survive on the substrate.Even though they are dominating in their environments, Carcharhinidae like the lemon shark frequently use them as a food source.Marine snow is frequently the source of energy for the benthic environment because light does not go very far into the water.Organic material from higher up in the water column drifts to the bottom of the ocean as marine snow.The majority of organisms in the benthic zone are scavengers or detritivores, which sustain the benthic food chain.To create biomass, some microbes engage in chemosynthesis.Depending on whether they live on the ocean floor or a few centimeters below the surface, benthic animals can be categorized into two groups.Epifauna are creatures that inhabit the ocean's surface. The term "infauna" refers to creatures that live underground.Extremophiles, such as piezophiles, who flourish under high pressure environments.
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What describes the goal of genetically engineering crops?
Answers
Answer:
Genetically modified crops (GM crops) are those engineered to introduce a new trait into the species. Purposes of GM crops generally include resistance to certain pests, diseases, or environmental conditions, or resistance to chemical treatments (e.g. resistance to a herbicide).
Anyone pls help me for this question, plz? I really dk how to answer it.. Just read the English if u don't understand Malay..
Answers
Answer:
Option 2.
Explanation:
8
It is healthier because it consists of milk which can help repair the bone as it has calcium
It also has honeydew which is a type of fruit, generally fruits are considered healthy and it strengthens tissues.
The second option is also less oily which could be a key factor is recovering faster.
A biologist collects dna samples from two sisters. The younger sister has blond hair. The older sister has red hair. The sisters have different traits because their dna contains different —.
Answers
The sisters' characteristics vary from each other because of the varied ORDER OF NUCLEOTIDES in their DNA.
The double helix shape of DNA is made up of two extended chains of nucleotides.
The four main types of nucleotides found in DNA—Adenine, Guanine, Thymine, and Cytosine—each contain a unique nitrogenous base.
A DNA segment known as a gene is used as a template during gene transcription to produce an mRNA, which is then utilized as a template to produce a protein.
The nucleotide sequence in a given gene determines the sequence in mRNA and, eventually, the sequence of proteins that are produced from this sequence.
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Cross sections of different areas of the same plant show cells with very
different structures. What does this tell you about the different areas?
OA. The cells in the top image are a different color from the cells in the
bottom image.
B. The cells in these two areas have different functions.
OC. The cells in the top image are smaller than the cells in the bottom
image.
OD. The cells in these two areas have different DNA.
Answers
The different structures of cells in cross sections suggest that the different areas of the plant have different functions.
The presence of cells with very different structures in cross sections of different areas of the same plant suggests that the cells in these areas have different functions. Cells in different regions of a plant can specialize and differentiate to perform specific tasks essential for the plant's overall function. For example, cells in the root system may have adaptations for absorption and water transport, while cells in the leaf tissue may be specialized for photosynthesis. The variation in cell structures reflects their specific roles and adaptations to fulfill their respective functions. While options A, C, and D may be possibilities in certain contexts, the most reasonable and general conclusion based on the given information is that the cells in different areas of the plant have different functions.Therefore, the correct option is (B).For more such questions on Cells:
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the diffusion of hydrogen ions down their concentration gradient allows;
A. H+ ions to serve as the final electron acceptor
B. energy to be released as H+ ions move freely across the mitochondrial membrane
C. a concentration gradient to be generated when H+ ions are passively transported from the matrix to the inter membrane space of the mitochondrion
D. ATP to be synthesized when H+ ions move through a channel in ATP synthase
Answers
The diffusion of hydrogen ions down their concentration gradient allows ATP to be synthesized when H⁺ ions move through a channel in ATP synthase (Option D).
What is the ATP synthase protein?The ATP synthase is a protein used by the cell to generate adenosine triphosphate or ATP from adenosine diphosphate or ADP and phosphate, which requires an electrochemical gradient generated by pumping protons H⁺ through the mitochondrial inner membrane.
Therefore, with this data, we can see that ATP synthase is required to generate ATP by using an electrochemical gradient in the cell.
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A desirable total serum cholesterol level is less than ____ milligrams per deciliter.
A) 300
B) 100
C) 200
D) 400
Answers
A desirable total serum cholesterol level is less than 200 milligrams per deciliter.Cholesterol is a waxy substance present in your body that plays an essential role in creating cells and hormones.
Your body needs some cholesterol to perform some basic functions properly. But, having too much cholesterol can cause various health problems, including heart disease.A desirable total serum cholesterol level is less than 200 milligrams per deciliter. Cholesterol levels can be measured through a blood test. The test will determine the levels of two types of cholesterol, including high-density lipoprotein (HDL) and low-density lipoprotein (LDL).
When the level of LDL cholesterol increases, it leads to a buildup of cholesterol in your arteries. This buildup, known as plaque, can block the blood flow to your heart and increase your risk of heart disease and stroke.Therefore, it's important to keep your cholesterol levels in check and maintain a healthy lifestyle by exercising regularly, eating a healthy diet, and avoiding foods high in saturated and trans fats. If your cholesterol levels are high, you may need to take medication or make significant lifestyle changes to lower them.
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Use the graph and the information provided to answer the questions.
Birds sing for a variety of reasons. Male birds sing to attract females. Both male and female birds sing
when making nests, in preparation for the female laying eggs and for young birds to recognize their
parents. In a particular species of bird, the females have evolved to be non-singing. This trait ensures that the nest is not detected by predators. The graph shows the inheritance of this trait through several generations.
1. What would be the percentage of the non-singing trait in female birds in Generation 4 and 5 if this pattern continues?
2. In which generation will there be almost 100% non-singing females if there are no changes in the birds’ environment and actions?
3. In what possible scenario would the female birds evolve to having the singing trait?
Answers
Answer:
The percentage of the non-singing trait in female birds in Generations 4 and 5 if this pattern continues will be 80 and 94
hich one of the following is not a reason why ketone bodies are made? a) to prevent buildup of acetyl-coa in the liver b) the citric acid cycle slows down during starvation conditions as its intermediates get depleted for other pathways c) to produce acetyl-coa in the liver d) to provide acetyl-coa in tissues outside the liver e) to provide coash to the liver
Answers
Option C is not a reason why ketone bodies are made. Ketone bodies are synthesized in the liver from acetyl-CoA, which is derived from the breakdown of fatty acids.
One of the main functions of ketone bodies is to provide an alternative source of energy for tissues, such as the brain, during periods of fasting or starvation when glucose is limited. The citric acid cycle slows down during starvation conditions as its intermediates are depleted for other pathways, which leads to an accumulation of acetyl-CoA that can be converted to ketone bodies. Ketone bodies are also made to prevent the buildup of acetyl-CoA in the liver, to provide acetyl-CoA in tissues outside the liver, and to provide CoASH to the liver.
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you apply a nonpolar ligand to cells and measure an increase in gene expression in the cells, but no change to camp amount or erk location in the cell. based on this, the ligand likely binds to:
Answers
The ligand is likely to be present as intracellular or cytoplasmic receptors which is found in the cytoplasm of the cell.
There are numerous types of receptors and ligands, but they all come in closely matched pairs, with a receptor only detecting one (or a small number of) specific ligands and a ligand only detecting a specific receptor. ligand binding to only one (or a few) target receptors. A receptor's shape or activity is altered when a ligand binds to it, enabling the receptor to broadcast a signal or afterwards bring about a change inside the cell. Proteins known as intracellular receptors can be located inside cells, usually in the cytoplasm or nucleus. The ligands of intracellular receptors are typically small, hydrophobic (hating) molecules because they must cross the plasma membrane to reach their receptors.
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compare and contrast what happens to an animal cell and a plant cell in a hypotonic and isotonic and hypertonic
Answers
Answer:
Hypotonic Solution:
Animal cell: Swells and may burst (lyse).
Plant cell: Becomes turgid due to water intake, but does not burst due to the cell wall.
Isotonic Solution:
Animal cell: Retains its shape and volume.
Plant cell: Becomes flaccid without turgor pressure.
Hypertonic Solution:
Animal cell: Shrinks and becomes crenated.
Plant cell: Loses water, leading to potential dehydration and damage.
~~~Harsha~~~
What is the chemical found in cells that is the main component of chromosomes and carries genetic information.
Answers
DNA is a substance that may be found in cells and serves as chromosomes' primary structural component and a genetic information carrier. Both prokaryotes and eukaryotes contain it.
Where can you find chromosomes?Chromosomes are available in the nucleus of cellular organisms. In the nucleus of both animal and plant cells, chromosomes are thread-like structures. Protein and a single molecule of deoxyribonucleic acid make up each chromosome (DNA).
How do chromosomes work?A chromosome is a nucleoprotein structure that, when the nucleus divides, often takes the form of a rod. The DNA molecules that make up these chromosomes are crammed closely together inside the cell's nucleus. This DNA is in charge of storing the genetic material.
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why are viruses used to deliver therapeutic genes to target cells? select all that apply
a. viruses can be injected directly into cells
b. scientists can modify viral DNA
c. viruses carry many beneficial genes
d. viruses can direct cells to make specific proteins
Answers
Explanation:
b. scientists can modify viral DNA
d. viruses can direct cells to make specific proteins
The primary reason why viruses are used to deliver therapeutic genes to target cells is that they have the natural ability to enter cells and deliver genetic material. However, this ability can also cause harm to the host organism. Therefore, scientists modify the viral DNA so that it can safely deliver therapeutic genes without causing harm. Additionally, viruses can be engineered to direct cells to make specific proteins, which can be beneficial for treating various diseases. Therefore, options (b) and (d) are correct. Option (a) is incorrect because although viruses can enter cells, they cannot be directly injected into cells. Option (c) is also incorrect because viruses do not carry many beneficial genes; rather, they can be engineered to carry specific therapeutic genes.
Camouflage typically evolves as a result ofO herbivory. O interspecific competition. O mutualism. O predation
Answers
Camouflage typically evolves as a result of predation. Therefore, option D is correct.
What is predation?One organism kills and eats another during predation. To the detriment of the organism being consumed, the prey, predation supplies energy to prolong life and encourage reproduction of the organism doing the killing, the predator.
Predation can be classified into four categories: carnivory, herbivory, parasitism, and mutualism. Depending on whether or not the victim dies, each sort of predation can be classified. Predation in which the prey creature is a plant is known as herbivory. Encounter, detection, identification, approach, and consumption are the five stages of predation.
Thus, camouflage typically evolves as a result of predation. Therefore, option D is correct.
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All of the following are single-celled eukaryotes except(1 point)
yeast
bacteria
protozoans
amoebas
Answers
bacterias are prokaryotic not eukariotic
Similarities and between temperate grasslands and tropical grassland
Answers
Temperate grasslands and tropical grasslands (also known as savannas) share several similarities, including: Grasses, climate, biodiversity and agriculture.
What is the role of agriculture ?It is basic of any field thus we can say no food no life.
Grasses: Both types of grasslands are characterized by a dominance of grasses, with few trees or shrubs.
Climate: Both temperate and tropical grasslands are located in areas with a distinct dry season and receive limited rainfall throughout the year.
Biodiversity: Grasslands support a unique assemblage of wildlife, with many species adapted to living in open, grassy habitats.
Importance for agriculture: Both types of grasslands are important for agriculture, with many crops grown in these areas.
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A service to solve the problem of minimizing the number of times that a user has to enter a password and the risk of an eavesdropper capturing the password and using it is known as the __________ .
Answers
The service that can solve the issue of entering passwords frequently and reducing the risk of eavesdropping is called Single Sign-On (SSO).
This solution allows users to access multiple applications and systems with just one set of login credentials. It eliminates the need for multiple passwords and reduces the risk of weak or forgotten passwords. With SSO, the user only has to enter their login credentials once, and it authenticates the user across all the applications and systems they need to access. This saves time, enhances productivity, and enhances security by reducing the risk of password theft or hacking.
The service that solves the problem of minimizing the number of times a user has to enter a password, while also reducing the risk of an eavesdropper capturing the password, is known as Single Sign-On (SSO). SSO allows users to securely access multiple applications or services using a single authentication process. By reducing the need for multiple password entries, it enhances user experience and minimizes the chances of password theft. SSO also helps in maintaining strong security measures as it centralizes the authentication process, making it easier to manage and monitor access to various services.
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How does the design of your experiment control for outside factors that may affect the results?
Answers
Answer:
It separate the inner environment from the outer environment.
Explanation:
The design provides the separation of the inner environment from the outer environment which is responsible to control the outside factors which directly affects the results of the experiment. The design provides control environment which is required for the experiment. In this control environment, the environmental factors will not affect the results of the experiment.
HELP ME FILL OUT THE BLANK!!
if only red light is shined on a yellow object it will appear
Answers
ill be orange fam :)