Answer:
A
The cell would lose its rigid shape
Answer:
Option A ) A Cell Would Lose Its Rigid Shape
Explanation:
Cell wall is thick and rigid structure surrounded the cell membrane of plants, bacteria and fungi.
Cell wall is an essential part of a plant cell. Cell wall serves many important functions. One of this important function is withstanding the internal turgor pressure.
Water tends to enter the cell from outside environment because of concentration gradient. Most of the plant cell volume is covered by a large single membrane (called tonoplast) bounded organelle called vacuole. Water from outside moves into this vacoule and hence plant get a descent turgidity and support.
As water enter into the vacoule it exert a pressure on its wall as a reault the vacoule inturn exert a pressure on the cytoplasm and organelles. The cytoplasm stretches toward the periphery and hence a pressure is exerted on the cell membrane. This pressure is known as turgor pressure. Here cell wall come into play and help the cell to withstand this turgor pressure.
why is it important to study the intentions of matter and energy on earth as an interconnected system 
1. What eyes are the most sensitive to light?
2. Why?
3. What is the rarest hair color?
4. Why?
Answer:
1. Lighter in Color
2. Less Melanin
3. Red
4. Recessive genetic trait = necessary for both parents to carry the gene, whether or not they themselves are redheaded
Explanation:
Hope this helps.
Answer:
Explanation:
1. Lighter colored eyes like blue, hazel and green
2. Lighter colored eyes like blue, hazel and green have less of a pigment called 'melanin' than brown eyes do. Melanin helps protect the retina from UV damage and blue light, putting those with blue eyes at a higher risk of developing UV-related eye damage.
3. Natural red hair
4. Natural red hair is the rarest hair color in the world, only occurring in 1 to 2% of the global population. Since red hair is a recessive genetic trait, it is necessary for both parents to carry the gene, whether or not they themselves are redheaded. Due to this there are more people who carry the redhead gene, than there are people with red hair.
why does the membrane of an egg cell change it’s structure immediately after fertilisation
After fertilization by a single sperm, the cell membrane changes, blocking the entry of additional sperm.
How does the egg change upon fertilization?The fertilized egg is a single cell for the first 12 hours following conception. It splits into two cells after about 30 hours. The two cells divide into four after about 15 hours. And after three days, the fertilized egg cell has developed into a 16-cell berry-like structure.
What is the purpose of the membranes in an egg?Directly below the shell are two membranes, the outer and inner shell membranes. These membranes prevent fluids from the egg from evaporating too quickly and protect its contents from bacterial invasion.
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Which structures does a single cell organism need for movement? question 3 options: cilia and flagella mitochondria and cytoplasm ribosomes and nucleus cilia and cytoskeleton
The structures that a single-cell organism need for movement include cilia and flagella (Option A).
What are cilia and flagella?Cilia and flagella are subcellular structures that cells use to move in the surrounding media. These structures are composed of monomers that connect each other and they can suffer polymerization-depolymerization cycles in order to maintain a movement in response to environmental stimuli. For example, cilia are composed of microtubules that link to the plasma membrane.
Therefore, we can conclude that cilia and flagella are structures of the cytoskeleton that help microorganisms to move in their surrounding environment.
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What is incorrect or missing in these two graphs
In first graph, the age of 15 to 20 has more increament then the age of 20-24.
Why is the number of rate increases ?More twins are being born now than ever before mainly because of the rising use the IVF and more people starting their families later in life. The rate of twin birth may now as its peak , though due to fertility clinics refining their techniques.
Compared to 1980, when 1 in every 53 babies were born in the United States, one in every thirty births were twins in 2009.The twin birth rate increased by 76% between 1980 and 2009, from 18.9 to 33.3 per 1,000 live births.There would have been about 865,000 fewer twin births in the United States over the past three decades if the rate of twin births had remained constant since 1980.The vast majority of states and the District of Columbia saw increases in twinning rates of at least 50%.Over the three decades, the rates of twin birth increased by more than 200 percent among women over 40 and by almost 100 percent among women aged 35 to 39.To learn more about Twins rate refer
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why might some food witha lower energy content be better food choicess for you than foods with a higher energy
Answer:
foods with lower energy contain less calories
Answer:
Foods with a lower energy density provide fewer calories per gram than foods with a higher energy density.
Identify each description as typical of eukaryotic repressors or bacterial repressors. Leave unplaced the description that is not characteristic of either group.
RNA polymerase is directly inhibited by Eukaryotic Repressors when they attach to DNA-binding sites on the enzyme.
An operator downstream of the promoter site is bound by bacterial repressors, which prevent RNA polymerase from working.
How do activators and repressors function in eukaryotes?Eukaryotic cells have transcriptional inhibitors much like prokaryotic cells do. The binding of transcriptional repressors to enhancer or promoter regions prevents transcription. Repressors react to outside stimuli in a manner similar to transcriptional activators in order to block the binding of activating transcription factors.
What elements are necessary for eukaryotic transcription?Eukaryotes need transcription factors to bind to the promoter area first and then assist in enlisting the proper polymerase. The polymerase that transcribes mRNA is called RNA Polymerase II.
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you find a fossil organism that you think is an animal. which characteristic needs to be present to determine whether it is a sponge versus a cnidarian? please choose the correct answer from the following choices, and then select the submit answer button. answer choices complex organ systems multicellularity bilateral symmetry multiple tissues
The characteristic that will determine whether the fossil organism which is an animal is a sponge or a cnidarian is: (4) multiple tissues.
Fossils are the dead and decaying remains of the plants or animals that were buried deep down on the earth millions oy years ago. The fossil can be in the form of some bone, exoskeleton, hair, petrified wood, traces of DNA, etc.
Cnidarians are the animals that belong to the phylum Cnidaria. The examples of cnidarians include corals, hydras, jellyfish, etc. These organisms have tissue level of body organization and therefore it becomes a distinguishing characteristic that differentiated them from the sponges.
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An accurate drawing of a bacteria cell would contain all of the following organelles EXCEPT a
An accurate drawing of a bacteria cell would contain all of the following organelles EXCEPT a Mitochondria (Option C)
What is the explanation for the above?Bacteria, like prokaryotes, do not typically have membrane-bound organelles in their cytoplasm and so have few major intracellular structures.
They lack a genuine nucleus, mitochondria, chloroplasts, and other eukaryotic cell organelles.
A typical bacterium's structure will have the following elements:
the pilusthe plasmidthe ribosomethe cytoplasmthe cytoplasmic membranethe cell wallthe capsulethe nucleoid, andthe flagellum.Bacteria have five characteristics: they are unicellular, prokaryotic, tiny, lack a nucleus, and have a plasma membrane. All bacteria have these characteristics.
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Full Question:
An accurate drawing of a bacteria cell would contain all of the following organelles EXCEPT a
Capsule.
Cell wall.
Mitochondria
Cytoplasm.
A basketball is dropped and each time it bounces, the maximum height it reaches becomes smaller and smaller. Is this an example of a system in which nonconservative forces are acting?.
Yes, It is an example of a system in which non-conservative forces are acting.
What are non-conservative forces?
When work done by the force depends on the path followed by the body, the force is said to be non-conservative. examples include Frictional force, Air resistance, Viscous force.
When the basketball hits the ground with kinetic energy, it loses some of the energy to the ground and then with the action reaction pair with the ground, is bounced back but with lower energy to a lower height.
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in addition to epinephrine, your body also releases a steroid that responds to stress. epinephrine wears off quickly, but the steroid, corticosterone, can last hours. where we would predict that corticosterone (the signaling molecule) would bind to its receptor?
The glucocorticoid receptor (GR, or GCR) also known as NR3C1 (nuclear receptor subfamily 3, group C, member 1) is the receptor to which cortisol and other glucocorticoids bind.
By interacting with mineralocorticoid and glucocorticoid receptors in the brain, corticosteroid hormones help the body adapt to stress (MR and GR). These receptors serve as important transcription factors in considerable part.
The glucocorticoid receptor controls how the body will react to stress, even though cortisol is a blatant indicator that stress is there. A mechanism that affects the production of specific stress-response proteins is activated when cortisol binds to the glucocorticoid receptor.
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Dietary supplements and decongestants containing ephedrine have recently become more strongly regulated in the united states. Ephedrine is an extract of a plant belonging to which phylum?.
The phylum is Gnetophyta
points that lie in the same plane
points that lie on the same line
a point that lies in the middle of two other
points
to cut into two equal parts
a fact that is accepted as true without proof
[Choose ]
[Choose ]
[Choose ]
[Choose ]
[Choose ]
Co-planar points are points that lie in the same plane.
Midpoints are a point that lies in the middle of two other points.
Bisect means to cut into two equal parts.
What are Coplanar points?When it comes to geometry, a group of points in space is said to be coplanar if a single geometric plane contains them all.For instance, three points are always coplanar, and the plane they determine is unique if the points are distinct and non-collinear. In contrast, a group of four or more different points won't typically lay in the same plane.Collinear points are those that are located along the same line.Points on the same plane are referred to as coplanar points.In three dimensions, two lines are said to be coplanar if a plane encompasses both of them. If the lines are parallel or if they cross one another, this happens.Coplanar points or lines are those that lie in the same plane.To learn more about co-planar points, refer
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Pls help In 4 sentences describe a couple of areas in the brain that are responsible for creativity.
Answer: frontal cortex
Explanation: frontal cortex has been thought of as the hub or center of creativity as it seems to be responsible for many of the functions that contribute to creative thinking.
Which type of bonds share electrons?
A. Covalent bonds
B. Ionic bonds
C. Carbon bonds
D. Hydrogen bonds
Answer: A. Covalent bonds.
Explanation: Trust me.
Define and describe what a multifactorial disorder is. Give an example of a multifactorial disorder. Is it inevitable that an individual with the genetic propensity for that disease will get it? Why or why not? Using your best grammar, write 4-6 sentences.
A multifactorial disorder is a medical condition which is characterized by many factors influencing the symptoms of the disease which are seen or observed by the individual.
What is Multifactorial disorder?This disorder occurs when more than one factors influence the diseased condition. It may be as a result of the combination of genetic and environmental factors.
An example of multifactorial disorder are birth defects, high blood pressure etc and the individual with the genetic propensity for that disease will get it as a result of it also being influenced by the genes.
The genes are usually passed from the parent to offspring during reproduction which is therefore the reason why the individual will most likely get the disease and is therefore the most appropriate choice.
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consider the bacterium thiomargarita namibiensis. imagine you are comparing two individuals that are the same size. individual 1 has a vacuole that is twice as large as the other, individual 2. which of the two would you expect to have a higher surface area-to-volume ratio for its membrane relative to its cytoplasm?
When the vacuole size for individual 1 is twice as large as individual 2, individual 1 will have higher surface area-to-volume ratio for its membrane relative to its cytoplasm.
Vacuole is the membrane bound cell organelle more prominent in plant cells. The vacuole is known to increase the surface area-to-volume ratio of the cell. Therefore larger the vacuole, larger is the surface area-to-volume ratio of that cell.
Membrane is the outer layer of the cell and cell organelles. It is made up of the lipid bilayer. It is very essential to separate the components of the cell from each other. Membrane is selectively permeable.
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n the chemical equation for photosynthesis, carbon dioxide and water are converted to glucose and oxygen.
6CO2 + 6H2O ® C6H12O6 + 6O2
Which component could be added to complete this chemical equation?
light energy
ATP and NADPH
chemical energy
rubisco
Answer: Light energy is the element that may be included to complete this chemical equation. The correct answer is A.
Explanation:
Photosynthesis: The process of producing food by plants and other organisms that possess chlorophyll is known as photosynthesis. As a byproduct of the process, oxygen is released along with glucose.
Water and carbon dioxide are required for photosynthesis, which can only occur in the presence of sunlight. Upon completion, glucose is produced as an energy source and oxygen is released as a byproduct.
Only creatures that contain chlorophyll can carry out the process because chlorophyll helps to catch sunlight to complete it. Chlorophyll is found in plant leaves.
Thus, the correct answer is option A, Light energy.
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How many cells are there are each of the beginning of the cell cycle?
There is just one cell at the start of cell division or the cell cycle.
A mother cell divides twice, once through mitosis to produce two daughter cells and once through meiosis to produce four daughter cells.
What are cell division and cell cycle?The cycle of a cell's growth and division entails a variety of processes. A cell spends the majority of its time, known as interphase, developing, duplicating its chromosomes, and preparing to divide. The cell continues its division process through mitosis after exiting interphase. Each of the freshly produced cells, known as daughter cells, enters its own interphase and initiates a new cycle of the cell.
The two different cell division processes are meiosis and mitosis.
During the mitotic cell cycle phase, which is also known as division, replicated chromosomes are split into two new nuclei. Cell division known as mitosis creates genetically identical cells with a conserved chromosome number.
In sexually reproducing mammals, meiosis is a special type of germ cell division that produces gametes, such as sperm or egg cells. After two rounds of division, four cells with a single copy of each chromosome are created.
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during cell division, dna molecules are replicated in a semiconservative manner. what happens to the original dna molecule during semiconservative replication?
What does iron measure in water
Answer: The standard limit for iron in drinking water is 0.3 mg/L
(If you wat density)
Explanation:
Two Questions pls help :)
Crossing over is responsible for some of the variation seen in offspring produced by sexual
reproduction. Explain what this means.
Compare the number of different allele combinations on the chromosomes in the gamete cells when crossing over occurs and when it does not?
Crossing-over occurs during prophase I, and it is the exchange of genetic material between non-sister chromatids of homologous chromosomes.
Chromosomes ?The thread-like components known as chromosomes are found in the nucleus of both animal and plant cells. Long segments of DNA are carried by chromosomes, which are organelles that can be found in the nucleus of cells. The substance that houses genes is called DNA. It serves as the foundation for the human body. Additionally, proteins found in chromosomes aid in the appropriate structure of DNA. Humans typically have 46 chromosomes, or 23 pairs of them in each cell. The appearance of twenty-two of these pairs, known as autosomes, is the same in both sexes. Males and females have different 23rd pair sex chromosomes.
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What systems or system is responsible for the tingling in our foot?
Answer: Peripheral neuropathy, a result of damage to the nerves located outside of the brain and spinal cord (peripheral nerves), often causes weakness, numbness and pain, usually in the hands and feet. It can also affect other areas and body functions including digestion, urination and circulation.
Your peripheral nervous system sends information from your brain and spinal cord (central nervous system) to the rest of your body. The peripheral nerves also send sensory information to the central nervous system.
Peripheral neuropathy can result from traumatic injuries, infections, metabolic problems, inherited causes and exposure to toxins. One of the most common causes is diabetes.
People with peripheral neuropathy generally describe the pain as stabbing, burning or tingling. In many cases, symptoms improve, especially if caused by a treatable condition. Medications can reduce the pain of peripheral neuropathy.
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identify which organism possesses traits that enable it to exploit the rocky shoreline more efficiently than the other populations in the community. explain.
The organism which possesses traits that enable it to exploit the rocky shoreline more efficiently than the other populations in the community is orange mussels.
In an ecosystem, an orange mussels is referred to as a keystone species.
An experiment was conducted on different species of organisms by placing them along a rocky shoreline to find our their particular traits and characteristics.
A rocky shoreline is a restricted space with limited and fixed resources.
Only those organisms can survive in a rocky shoreline who are adaptive, less vulnerable to harsh conditions and have high rate of reproduction.
In such experiment, the organism which possessed the abovementioned characters were orange mussels as they possess stable population and high exploitation rate of reproduction.
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What is the difference between old agriculture and new agriculture?
Answer: Traditional agriculture relies on outdated information, outdated tools, and organic fertilisers, whereas contemporary agriculture relies on technologically improved tools and machinery
Which statement best describes the overarching theme of this story?
A. Those who escape prison will suffer consequences
B. The young are often foolish
C. Pride goes before a fall
D. Intelligence doesn’t always equal power
An "overarching theme" is the overarching theme that includes many sub-themes that are subsumed under it.
How to illustrate the theme?Everything is impacted or included when something is encompassing. While your story touches on a multitude of issues and concepts, its overall theme is the significance is vital on the story.. This adjective refers to a characteristic that affects every component of anything when used metaphorically.
A literary theme is the central idea or underlying meaning that a writer focuses on in a novel, short tale, or other literary work. A story's theme can be conveyed through characters, setting, dialogue, plot, or a mixture of all of these elements.
Note that an overview was given as the information is incomplete.
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how much protein (amount in mg) do you have for each unknown based on the original volumes? in other words, you started with 10 ml of extract. how much protein did this 10 ml contain? what about your samples?
This is an experiment that will be done in the laboratory. The exact protein based on the originals volumes can easily be obtained by Concentration (mg/ml) = Absorbance at 280 nm divided by path length (cm.) Pure protein of known absorbance coefficient.
What is protein MG?A protein in urine test quantifies the amount of protein in your urine (pee). Your urine typically contains relatively little protein. If your urine contains a lot of protein (proteinuria), you may have a kidney issue. In order to produce urine, your kidneys filter excess water and waste from your blood.Large molecules called proteins are necessary for your body to function properly. Every aspect of your body, including your blood, contains protein. The huge protein molecules are prevented from leaving your body through urine by microscopic filters that your kidneys use to remove waste from your blood.Protein can leak into your urine if your kidneys aren't working properly. high quantities of protein over time in your urine
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If water were a nonpolar molecule, how would its properties be different?
A. Water would be a much heavier molecule.
B. Water would be able to climb up inside plants.
C. Water would not stick together as well.
D. Water would form hydrogen bonds.
Mammals have a large amount of parental care, where one or both parents assist with the nurture of the newly-born offspring. Female wolves nurse and protect their pups for months. Chimpanzee offspring are cared for by the parents for several years. Although mammals have fewer offspring per reproductive event than fish, reptiles, and amphibians, their survival throughout their juvenile period is much higher. However, there are a few species of tropical frogs that lay eggs, but both parents tend to care for the offspring after they hatch. The male frog guards the eggs while the female frog assists in feeding the larvae after they hatch. Based on the passage, what makes a researcher infer that the survival rates are higher for tropical frogs than other frog species in general?
Answer:
Biparental care allows the energetic demands to be shared between both parents, which can improve the number of surviving offspring
Explanation:
which role do ribosomes play in protein synthesis? answer ribosomes provide a site for trna to bind to mrna. ribosomes function in transcription. ribosomes provide a source of amino acids. ribosomes translate dna code to rna code. i don't know yet
The correct answer is option D: ribosomes translate DNA code to RNA code.
During protein synthesis, ribosomes translate DNA code to RNA code.
Universally, ribosomes are responsible for the synthesis of proteins through the translation of genetic information with the help of mRNA as they code particular amino acids which are the key units of protein synthesis.
These are manufactured as a result of the processing of genetic code into messenger RNA i.e. mRNA through triplet RNA basis known as codons.
Moreover, ribosomes also function as catalysts to accelerate the process of protein formation by continuously supplying amino acids to the polypeptide chain.
During this reaction, transfer RNA i.e. tRNA server as a carrier of amino acids to ribosomal sites where translation of DNA code to RNA code occurs for protein synthesis.
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