The temperature of the areas surrounding El Campo before Storm 1 and before Storm 2 was about 15°C, and there was the same amount of water vapor in the air.
Storm 2 had more rainfall than Storm 1.
What were the conditions before Storm 2, and why did more rainfall with those conditions?
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Answers
Answers:
The temperature of the surronding areas of El Campo is the same.
Before storm 2, El Campo will have been warmer than before Storm 1 and windy. Wind pushed the warmer air parcel even higher and the air parcel lost more energy.
Explanation:
Weather patterns refers to repeated way weather occur for days, or weeks or for a time. Weather pattern is caused by heat from the sun and movement from the air.
In El Campo, the temperature of the surronding area is the same.
If an air parcel is higher than the surronding air, it will rise. When the air parcel has higher temperature, it will rise very high and loses energy which result in rainfall.
The temperature of the surrounding areas of El Campo should be the same. Prior to storm 2, El Campo will have been warmer as compared to before Storm 1 and windy.
What are weather patterns?It means the repeated way with respect to the weather that should be arise for days or in can be weeks. It should be caused by heat from the sun and the movement can be done from the air.
In the case when the air parcel should be more than the surrounding air so it will rise. At the time when the air parcel contains the high temperature so it will increase very high also the energy should be lost that leads in rainfall.
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Related Questions
what is required for formation of the transcription initiation complex in eukaryotes
Answers
Binding of a transcription component to the TATA box, accompanied by recruitment of extra transcription factors and recruitment of RNA polymerase II
To initiate transcription, Pol and transcription elements (TFs) first want to recognize and bind to promoter regions at once upstream of the transcription start site (TSS) forming a pre-initiation complex (%), accompanied by the melting of promoter DNA and loading of the template strand into the energetic site of Pol.
Transcription elements can bind to specific DNA sequences referred to as enhancer and promoter sequences in an effort to recruit RNA polymerase to the best transcription website. together, the transcription elements and RNA polymerase shape a complex known as the transcription initiation complicated.
Eukaryotic initiation factors (eIFs) are proteins or protein complexes involved inside the initiation phase of eukaryotic translation. those proteins help stabilize the formation of ribosomal preinitiation complexes around the begin codon and are an important enter for post-transcription gene regulation.
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A student places four identical cells into four different liquids.
Which cells would take in water and swell?
cells X and Z
cells W and Y
cells X and Y
cells W and Z
Answers
In a scenario where four identical cells are placed in four different liquids then the cells which would take in water and swell are cells X and Y and is denoted as option C.
What is Osmosis?This is referred to as the movement of solvent molecules through a semipermeable membrane from a region of lower solute concentration to that of a higher solute concentration.
In a scenario where there is a decrease in the solvent molecules then it will be less salty and have a lower concentration of water which may make it shrink and is referred to as plasmolysis.
In cells in which there is an increase in the solvent molecules then it will be salty and have a higher concentration of water which is responsible for it swelling and is therefore the reason why cells X and Y was chosen as the correct choice.
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The full question is:
A student places four identical cells into four different liquids.
Cell Description of Liquid
W Saltier than the cellX Less salty than the cellY Higher concentration of water than the cellZ Lower concentration of water than the cellexplain how thyroxine production is an example of homeostasis
Answers
Explanation:
The production and release of thyroid hormones, thyroxine and triiodothyronine, is controlled by a feedback loop system that involves the hypothalamus in the brain and the pituitary and thyroid glands. ... This system allows the body to maintain a constant level of thyroid hormones in the body.
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Jonathan Losos and colleagues conducted experiments on small, hurricane-swept islands as "natural laboratories." Which of the following statements is true?
Select all that apply.
A] Experiments on the small islands show evidence for adaptation by natural selection but not for evolution.
B] The legs of the anoles placed on the islands became shorter, and their offspring inherited shorter legs.
C] Islands scrubbed by hurricanes allow researchers to introduce new lizard populations and observe their evolution.
D] There are many small islands with similar environments, meaning that researchers can repeat their experiments and observations in several locations.
E] Natural selection can lead to rapid changes. The average leg length of lizard populations decreased within a few generations.
Answers
The correct statements about experiments on small, hurricane-swept islands as "natural laboratories" are:
C] Islands scrubbed by hurricanes allow researchers to introduce new lizard populations and observe their evolution.
D] There are many small islands with similar environments, meaning that researchers can repeat their experiments and observations in several locations.
E] Natural selection can lead to rapid changes. The average leg length of lizard populations decreased within a few generations.
Hurricanes are the tropical cyclones where there is a severe rotating storm of the wind due to low pressure center. The hurricane can produce strong winds, rainfalls and even floods.
Natural selection is the phenomenon where the individuals that are able to adapt better in their surroundings and reproduce are selected to survive and maintain the continuity of life.
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What is the general role of gtp binding in signal transduction?.
Answers
Answer:
The GTP bound form is an active conformation that turns on the transmission of signals.
Explanation:
Why do different types of cells have different lifespans?
Answers
Answer:
One reason cells age is because every time they divide, they lose a little bit of DNA from the ends of their chromosomes. This eventually leads to a loss of important DNA, and they die. The solution to this problem is the telomere.
Explanation:
Different types of cells have different lifespans because it depends on the differences in the cellular metabolic rate of the body.
What is a cell?A cell may be defined as the basic structural and functional unit of life in living organisms. It controls and coordinates all the processes which are required for the proper development and maintenance of the body.
One reason behind the unequal life span of the cell is that cells undergo division multiple times in their life, where they lose a little bit of DNA from the ends of their chromosomes.
Ultimately this leads to complete loss of DNA and other factors and eventually, death occurs.
It may be estimated that neutrophil cells might last for only two days, while the cells in the middle of your eye lenses will last for your entire life.
Therefore, it is well described above.
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a wave of chemical reaction and electrical activity transmitted between noureons is called a_______
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The wave of chemical reaction and electrical activity transmitted between neurons is called a nerve impulse.
A nerve impulse is an electrical signal that transmits information between neurons, allowing for communication within the nervous system. The transmission of nerve impulses occurs when neurotransmitters release chemicals that bind to receptors on the receiving neuron, causing an electrical signal to be generated and propagated down the length of the neuron. The nerve impulse is essential to the proper functioning of the nervous system, allowing for the transmission of sensory information, the control of movement, and the regulation of bodily functions such as heart rate and breathing.
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3.suppose that a species first appears in the fossil record 350 million years ago. why is it logical to argue that this species is actually existed before this date?
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It's logical to argue that the species existed before its first appearance in the fossil record 350 million years ago because the fossil record is incomplete and only represents a snapshot of the species' history.
There may have been earlier instances of this species that simply have not been preserved in the fossil record due to various factors such as erosion, sedimentation, or lack of suitable conditions for fossilization. Fossilization is a rare process and depends on specific environmental conditions. Therefore, it's possible that the species existed earlier but wasn't preserved in fossils until later. Additionally, the emergence of a new species is typically a gradual process that takes place over a long period of time, so it is possible that the species had already been evolving and diversifying before its first appearance in the fossil record. Therefore, while the 350 million-year mark represents the earliest known occurrence of this species, it does not necessarily reflect the true origin or age of the species.Know more about evolution here
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Can someone please explain what the 4 types of tissues in our body and where their found?
Answers
1.
The adipose tissue,
it is found under the skin around kidneys and heart.
2.
Cartilage
found in rings of respiratory air tubes.
3.
Blood (yes it is a tissue)
Found within blood cells
4.
Dense connective tissue
found in tendons and ligaments.
hope this helps!
There are four types of tissues in the body: epithelial tissue, connective tissue, nervous tissue, and muscle, which are found throughout the body and serve essential functions in maintaining the structure and function of organs and systems.
What is tissue?Epithelial tissue is a sheet-like layer of cells that covers surfaces of the body, both external and internal, and serves a variety of functions, including protecting the body from physical, chemical, and biological damage and connective tissue is a diverse type of tissue that supports and connects other tissues and organs that include bone, cartilage, blood, etc. Muscle tissue is responsible for movement and contraction throughout the body, and nervous tissue is specialized tissue that is responsible for transmitting signals throughout the body.
Hence, there are four types of tissues in the body: epithelial tissue, connective tissue, nervous tissue, and muscle, which are found throughout the body.
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which exchange resin can be used to separate two tripeptides (mdea and ckrf)
Answers
The exchange resin that can be used to separate two tripeptides MDEA and CKRF is Cation exchange resin.
Cation exchange resins are synthetic polymers that are made up of positively charged ions. They are extensively employed to separate ions and polar molecules from nonpolar ones. Cation exchange resin is a specific type of ion exchange resin that separates positively charged ions from a solution based on their respective affinities for the positively charged resin.
More about Cation exchange resin: Cation exchange resins are an important class of ion-exchange resins that are widely used in various chemical and water treatment processes. They are used to separate ions and polar molecules from nonpolar ones, based on the affinity of the cation exchange resin for the positively charged ions present in the solution.Cation exchange resins can be used to separate tripeptides MDEA and CKRF by adsorbing the positively charged ions present in the tripeptides, while allowing the nonpolar components to pass through the resin bed unabsorbed. This process can be further optimized by adjusting the pH of the solution and the concentration of the salt present in the solution.
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Trace metals such as manganese that catalyze the formation of hmf were found to be present in all of the commercial hfcs samples that were studied by leblanc. how can this observation be explained?
Answers
Cornstarch, a high molecular weight glucose polymer, is broken down into smaller, roughly eight glucose unit pieces to create HFCS using the enzyme alpha-amylase. The second enzyme, amyloglucosidase, is used to break these units down into individual glucose molecules.
Our focus will be on recently documented issues that allegedly occur when HFCS is used to feed honeybees, though. The third enzyme, glucose isomerase, subsequently changes the glucose molecules into fructose. The most popular type of HFCS in the US is HFCS-55, a mixture of 45% glucose and 55% fructose that has been found to closely resemble the flavour of sucrose (table sugar). It has spread across our meals. According to a U.S. Department of Agriculture (USDA) report, HFCS use has substantially increased. It shows that between 1970 and 2006, the amount of HFCS consumed per person went from 318 grammes to 18 kg (LeBlanc, 2009).
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Which of the following statements is true about the life cycle of animals?
a. The gametes are the diploid phase of the life cycle.
b.The gametes are the haploid phase of the animals life cycle.
c. Meiosis is not a necessary component of the animal life cycle.
d. The products of the haploid phase of the life cycle are larger than those of the diploid phase.
Answers
Among the given options, statement b. "The gametes are the haploid phase of the animal's life cycle" is true.
In the life cycle of animals, the gametes (sperm and egg cells) are the reproductive cells involved in sexual reproduction. Gametes are produced through a specialized cell division called meiosis, which reduces the chromosome number by half, resulting in haploid cells.
During sexual reproduction, haploid gametes from two parents combine to form a diploid zygote, which then develops into an organism. The zygote undergoes mitotic cell divisions, growing into a multicellular organism, and the diploid phase of the life cycle begins.
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pcp binds to an alternate binding site for the nmda glutamate receptor, causing less neurotransmitter action. this binding action makes pcp a(n): a. direct agonist. b. direct antagonist. c. indirect agonist. d. indirect antagonist.
Answers
PCP says fundamentally with a limiting site situated inside the ionophore related to the NMDA receptor complex- - restricting to this site has been used as a biochemical tag for NMDA channel movement. The correct answer is (D) indirect antagonist.
PCP treatment during separation fundamentally diminished NMDA restricting movement and biogenic amine levels. The western blotching examination uncovered that NMDA receptor protein articulation was fundamentally higher in NGF-separated cells and PCP treatment diminished the declaration of NMDA receptor proteins.
Glutamate sets free from the presynaptic terminal into the synaptic separated at an exceptionally high fixation (around 1.1mM) and ties to the postsynaptic NMDA receptors to instigate channel pore opening. This interaction is known as gating.
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in regards to the terms dermatome and myotome, the portion of a skeletal muscle innervated by a single spinal cord level (spinal segment) or by a single pair of spinal nerves, is known as a .
Answers
The portion of a skeletal muscle innervated by a single spinal cord level (spinal segment) or by a single pair of spinal nerves, is known as a Mytome.
A myotome is characterized collectively by muscles that are innervated by a single spinal nerve root. When diagnosing radiculopathy, myotome testing is an essential component of the neurological examination. Because each skeletal muscle is innervated by nerves derived from multiple levels of the spinal cord, myotomes are a part of the somatic nervous system, while the somatic nervous system is a part of the peripheral nervous system. As a result, myotomes are much more difficult to test than dermatomes.
Multiple myotomes make up the majority of the limb muscles because they are innervated by multiple spinal nerve roots. For instance, the biceps brachii muscle bends the elbow. The musculocutaneous nerve, which is innervated by the C5, C6, and C7 nerve roots, innervates it. Elbow flexion can be said to be associated with all three of these spinal nerve roots.
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Which most likely is a causal relationship?
Answers
Answer:
are there supposed to be options?
Answer:
C. Experimenters show a link between adult-onset diabetes and obesity.if this is even what you are talking about
Explanation:
A patient with multiple sclerosis (MS) presents with dysmetria in both upper extremities. Which of the following interventions is the BEST choice to deal with this problem?
1. 3-lb weight cuffs to wrists during activities of daily living (ADL) training.
2. Isokinetic training using low resistance and fast movement speeds.
3. Pool exercises using water temperatures greater than 85 degrees F.
4. Proprioceptive neuromuscular facilitation (PNF) patterns using dynamic reversals with carefully graded resistance.
Answers
A patient with multiple sclerosis (MS) to deal with dysmetria in both upper extremities is Proprioceptive neuromuscular facilitation (PNF) patterns using dynamic reversals with carefully graded resistance.
Dysmetria is an inability to direct movements accurately, especially at a target. Proprioceptive neuromuscular facilitation (PNF) is a treatment method used by physical therapists to assist patients in improving their functional mobility, posture control, and neuromuscular coordination.
Proprioceptive neuromuscular facilitation (PNF) patterns can be utilized to improve balance and coordination. This technique is accomplished by stabilizing the patient's affected extremity while challenging the patient's motor control and functional activities. In order to enhance the therapy, dynamic reversals with carefully graded resistance should be included.
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What types of actions are controlled by skeletal muscles.
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You work in a museum that has a huge, beautiful, stained-glass window. Each panel tints the light a different color. Recently a new exhibit showcasing plants from around the world has set up a table in front of the window. Plant 1 is in front of a blue stained glass, Plant 2 is in front of a purple stained glass, and Plant 3 is in front of a green stained glass. Which plant should you tell the museum director to move so it doesn’t become malnourished?
Answers
Answer:
Explanation:
Light absorption is needed for production of food i.e photosynthesis to enable plant to be nourished and grow.
Plant absorb different light at some specific wave length using photoreceptors and this absorbs light of specific wavelengths the red, far red, and violet-blue.
The purple light is not been absorbed by plant and any plant placed in such environment will likely be malnourished with time.
The chromophore of the photoreceptor regions of the visible light spectrum trigger structural development. The sensory receptors absorbs light at wavelength between the given range where blue and red glasses will like allow penetration of light and its absorption.
Answer was unfinished so here yall go: The answer is Plant 3
Which is one of the primary consumers in the above food web?
1.Lion
2.Owl
3.Goat
4.Green Plant
Answers
Answer:
Lion
Explanation:
He can kill the owl and goat
Explain one of the cycles: water, oxygen, carbon, or nitrogen. ( include at least 3 exchanges within the cycle) .
Answers
Answer:
water cycle is the movement of water from the atmosphere to the earth and from the earth to the atmosphere.
water cycle is need for balance.
how water gets to earth: rainfall or precipitation
how water leaves the earth: evaporation, transpiration
What is the term given to sand, clay, and decaying organic matter?
Answers
In what way do you think the location of the foramen magnum relates to the movement of each species
Answers
If the foramen magnum reveals how the spine sits in relation to the head, then it will be possible to determine whether the creature was moving on two legs or in another fashion.
The location of the aperture could thus reveal when our ancestors first adopted the upright, bipedal stance that is so frequently thought to be the distinguishing feature of humanity. The results show that in addition to humans, other typically bipedal species also have a foramen magnum at the base of the skull. The foramen magnum is more forward-shifted in kangaroos, kangaroo rats, and jerboas than in their quadrupedal (four-legged walking) close cousins.
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What has happened to Earth due to the pollution?
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Answer:
OCEAN LITTER
Litter in the world’s oceans comes from many sources, including containers that fall off ships during storms, trash that washes off city streets into rivers that lead into the sea, and waste from landfills that blows into streams or directly into the ocean. Once in the ocean, this debris may degrade slowly and persist for years, traveling the currents, accumulating in large patches and washing up on beaches.
PESTICIDES AND FERTILIZERS
Use of pesticides and fertilizers on farms has increased by 26-fold over the past 50 years, fueling increases in crop production globally. But there have been serious environmental consequences. Indiscriminate pesticide and fertilizer application may pollute nearby land and water, and chemicals may wash into nearby streams, waterways and groundwater when it rains. Pesticides can kill non-target organisms, including beneficial insects, soil bacteria and fish. Fertilizers are not directly toxic, but their presence can alter the nutrient system in freshwater and marine areas. This alteration can result in an explosive growth of algae due to excess nutrients. As a result, the water is depleted of dissolved oxygen, and fish and other aquatic life may be killed
AIR POLLUTION
Air pollution brings to mind visions of smokestacks billowing black clouds into the sky, but this pollution comes in many forms. The burning of fossil fuels, in both energy plants and vehicles, releases massive amounts of carbon dioxide into the atmosphere, causing climate change. Industrial processes also emit particulate matter, such as sulfur dioxide, carbon monoxide and other noxious gases. Indoor areas can become polluted by emissions from smoking and cooking. Some of these chemicals, when released into the air, contribute to smog and acid rain. Short term exposure to air pollution can irritate the eyes, nose and throat and cause upper respiratory infections, headaches, nausea and allergic reactions. Long-term exposures can lead to chronic respiratory disease, lung cancer, and heart disease. Long-term exposures also can lead to significant climatic changes that can have far reaching negative impacts on food, water and ecosystems.
NOISE AND LIGHT POLLUTION
Artificial light and noise often drown out natural landscapes. In the Arctic, the sounds of oil and gas explorations are so loud that belugas, bowhead whales and other sea life have had difficulty feeding and breeding. Light pollution disrupts circadian rhythms for both humans and animals alike and may even contribute to the development of cancer. Light pollution also can impact sea turtles. Adult and hatchling sea turtles are drawn toward lights along the beach, thinking they are heading toward the moon. Coastal developments, therefore, are encouraged to turn off their lights or cover them at night
Explanation:
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There are five islands in a row in the ocean. They all formed from volcanic activity. The most southern of the islands is the biggest, and it has the tallest mountains. The most northern of the islands is the smallest, and its mountains are the smallest.
Select the correct answer from the list.
The most northern of the islands is the _____ (OLDEST / YOUNGEST) island. The most southern of the islands is the _____ (OLDEST / YOUNGEST). The most southern of the islands has experienced _____ (LESS / MORE) weathering and erosion than the other four islands.
Answers
Answer:
Honors Earth Science Weather Erosion Impact Quiz
1. The most northern of the islands is the OLDEST. The most southern of the islands is the YOUNGEST. The most southern of the islands has experienced LESS weathering...
2. d. thousands of years
3. c. acid rain breaking down...
d. oxidation of certain...
4. b. root wedging
5. b. hydrolysis
d. dissolution
6. b. delta
7. ice wedging
Explanation:
These were the graded correct answers.
The most northern of the islands is the OLDEST. The most southern of the islands is the YOUNGEST. The most southern of the islands has experienced LESS weathering.
How does Islands formed?Oceanic islands are those islands which rise to the surface of land from the floors of the ocean basins. Continental islands are simply the unsubmerged parts of continental shelf which are entirely surrounded by water from all the sides. Many of the larger islands of the world are of the continental type only.
As volcanoes erupt, they build up different layers of lava which may eventually break the water surface. When the tops of these volcanoes appear above the water level, an island is formed. While the volcano is still beneath the ocean surface, it is known as a seamount. Oceanic islands can form from the different types of volcanoes.
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Some hatchetfish can produce bright bioluminescence on their undersides, while others can only produce weak light.
If a population of hatchetfish lives in water that gets cloudy due to volcanic eruption, which prediction is accurate?
A
Both fish groups will survive and reproduce better.
B
The weak-light hatchetfish will survive better than the bright-light hatchetfish.
C
The bright-light hatchetfish will survive better than the weak-light hatchetfish.
D
There will be no difference in survival between the two groups of fish
Answers
The prediction that is most accurate when considering a population of hatchetfish living in water that gets cloudy due to volcanic eruption is that both fish groups will survive and reproduce better.
Here, correct option is A.
Although the bright-light hatchetfish may possess a better capacity to survive in the absence of light due to their bioluminescent ability, the weak-light hatchetfish can still survive in the murky waters. The decrease in light levels due to the cloudiness or murky waters will provide both fish groups with a more suitable environment to live in.
They will be able to find food easier as prey will be less likely to be startled by the light. Furthermore, the risk of predation will be reduced due to the reduced visibility of the predators. Thus, both groups of hatchetfish have an equal chance at survival in the murky waters, and their reproductive success is likely to increase due to the improved conditions.
Therefore, correct option is A.
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Somebody help me so I can give y’all some points
Answers
Answer:
Explanation:
with what
What is the difference between classically bred varieties and landraces?
Landraces cannot be harvested using domesticated animals; classically bred crops can be harvested using domesticated animals.
Landraces have no means of seed dispersal; classically bred crops can readily disperse their seeds
Landraces are grown in dry conditions; classically bred crops are wetland species
Landraces are often (though not always) developed by unintentional processes; classically bred crops are developed by intentionally breeding for desired traits using modern techniques
Landraces are not edible by humans; classical bred crops can be eaten
Answers
Answer:
Explanation: The interest of farmers in growing lettuce landraces is increasing, as landrace varieties prove particularly appealing to consumers striving to purchase natural, local, and high-quality produce. Although high genetic diversity exists in the landrace gene pool, this has scarcely been studied, thus hindering landrace utilization in agriculture. In this study, we analyzed the genetic diversity and the agronomic and quality traits of lettuce landraces in organic agrosystems, by characterizing 16 landraces and 16 modern varieties. We compared 29 morphological descriptors, and several traits relating to agronomic behavior (total and commercial weight, resistance to Bremia lactucae) and quality (color, chlorophyll, dry matter, and total sugars). Trials were conducted in two localities and managed following organic farming practices. Moreover, farmers and consumers participated in the phenotyping of accessions by scoring yield, resistance to B. lactucae, appearance, and taste acceptance. Results show that cultivar group, rather than the genetic origin (modern vs. landrace), is the major source of variation for all agronomic and quality traits. Batavia and Butterhead were highly homogeneous cultivar groups, while Cos accessions showed a much higher intra-varietal diversity. There was also a clear separation between modern and landrace varieties of Oak leaf. Fifteen out of the 16 evaluated landraces presented a high susceptibility to the particular B. lactucae race isolated from the experimental field - a new race not reported before. Breeding programs intended to introgress genetic resistance to this pathogen are a major priority to recover the cultivation of lettuce landraces. Principal component analysis (PCA), conducted on all quantitative data, showed a clear differentiation between modern varieties and landraces, mostly related to their commercial weight and susceptibility to B. lactucae. These seem the most important traits influencing farmer and consumer evaluations. Farmers showed a high capacity for characterizing the samples and agreed with consumers when scoring for the external appearance. It is proposed that farmers and consumers should be included in the phenotyping platforms in future research projects aiming for recovery of landraces.
When the nerve cell is said to be resting this is interepreted to mean: O The cell is depolarized, the outisde is negative and the inside is positive O The cell is depolarized, the outisde is positive and the inside is negative. O The cell is polarized, the outisde is positive and the inside is negative O The cell is polarized, the outisde is negative and the inside is positive.
Answers
When the nerve cell is said to be resting, it means that the cell is polarized, the outside is positive and the inside is negative.
What is a nerve cell? A nerve cell, also known as a neuron, is an electrically excitable cell in the nervous system that communicates with other cells through specialized connections called synapses. A nerve cell is the structural and functional unit of the nervous system in charge of carrying electrical impulses throughout the body.
What is polarization?Polarization is a term used to describe the separation of electrical charges across a cell membrane. A resting nerve cell is polarized, indicating that the electrical charge of the cell's interior is negative in comparison to the charge of the cell's exterior. The inside of the cell is negative in comparison to the outside, so the resting potential is negative. During resting, the membrane potential of a nerve cell ranges from -60 to -70 mV.
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A particular single celled organism is it radiant energy to fix carbon as yours does organism generate ATP by breaking down sugars through a process that uses oxygen based on this information how should this organism be classified
Answers
Hope this help :)
Answer:
The autotrophs are the organisms that uses sunlight (radiant energy) to perform the process of photosynthesis to fix carbon in the form of sugars. They generate ATP by breaking down the sugar using oxygen, which means they perform cellular respiration.
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30. Which method is particularly suited for the lysis of red blood cells?no Ultrasoundno Hypotonic buffersno Hypertonic buffersno Potter homogenizerno Heat
Answers
Hypotonic buffers are particularly suited for the lysis of red blood cells.
The correct answer is Hypotonic buffers.
This is because red blood cells are surrounded by a semipermeable membrane that is relatively impermeable to solutes such as salts and other ions.
When placed in a hypotonic solution (i.e., a solution with a lower concentration of solutes than the intracellular fluid of the red blood cells), water will flow into the cells, causing them to swell and eventually burst (lyse). This process is called hemolysis and is commonly used to extract intracellular components such as hemoglobin from red blood cells.
Other methods such as ultrasound, hypertonic buffers, Potter homogenizer, and heat can also lyse red blood cells, but they may be less efficient or may result in additional damage to the extracted components.
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The probable question may be:
Which method is particularly suited for the lysis of red blood cells? Ultrasound, Hypotonic buffers, Hypertonic buffers, Potter homogenizer and Heat