Which unripened vegetable is used to make patacones? corn potatoes squash plantains.
Answers
Plantains are the unripened vegetables used to make patacones. So the correct option is D.
What are patacones?
In Latin America, patacón, commonly referred to as tostón, is a favorite meal. Slice green plantains, cook them for a few minutes, crush them, then fry them once more until they are crispy to make patacones. Add salt to the dish and top with your preferred dipping sauce to serve as a side dish or an appetizer.
Green plantains are used to make patacones, often referred to as tostones. To prepare them, split the plantains in half crosswise and fry them twice. All around Colombia, patacones are offered as an appetizer with guacamole, hogan (tomato and onion sauce), or aj as a side dish with fish entrees (hot salsa).
Additionally common in the Caribbean and Latin American cooking are tostones. They are excellent and very adaptable.
Therefore, plantains are used for making patacones. Hence, the correct option is D.
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Related Questions
The Scientific Method: Steps, Terms & Examples
After watching the video, take the quiz until you score 100%.
Afterward, write a summary and include the three points below.
• Explain each element of the scientific method
Identify the scientific method in real world situations
Describe how peer review and competition contribute to scientific communities
Answers
APickkles
Explanation:
m bjwnd
If you know the answer then answer it please?!?!
Answers
Answer:
When the object absorbs all colour frequencies
Explanation:
Certain materials absorb and reflect specific wavelengths of visible light, which results in objects taking on a certain color to the human eye. When nearly all light is reflected, you see white. When no light is reflected, you see black.
Answer: C
Explanation: Hope this help :D
Describe one way energy can transfer from krill to killer whales through this food web. Plis helppp
Answers
They consume as much prey-filled water as they weigh and filter out the microscopic krill it contains as their extreme feeding strategy. However, feeding uses quite a lot of energy, and they frequently have trouble finding the thick krill patches they need to refuel.
How do killer whales get their energy?Killer whales consume larger marine animals including sea lions, seals, marine birds, penguins, whales, dolphins, and even sharks in order to sustain their energy levels. They also eat smaller aquatic life forms like fish, squid, and octopus. The killer whale's nutrition can vary significantly depending on where it lives.
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One impact of climate change has been the loss of ice sheets in Antarctica and Greenland, resulting in a rise in global sea levels. Which of these describes a potential way this could directly influence human activity?
Answers
Answer:
Impact of Climate Change (Global Warming) - glacier melting & global see level rise : influence on human activity
Explanation:
Extreme Flooding - High sea levels imply more inflow into other water bodies like rivers, lakes etc Biodiversity Loss - Many organisms can continue their existence only on extremely cold glaciers - eg (blue bear)Further accelerated global warming - Glaciers have important role in absorbing earth heat, maintaining its coolness. Their melting leads to further global warming. Scarcity of freshwater - Glaciers & snow (salty) water cant be consumed. Increase in this water has reduced proportionality of freshwater that can be consumedWhich of the following is true regarding administration of fluids to either raise (hypertonic saline) or lower (hypotonic fluids) Na+ levels?
a. Na+ should be corrected rapidly as alterations can result in cardiac arrhythmias.
b. Na+ cannot be corrected quickly because of the danger of fluid shifts in the brain. Slow administration either LOW or HIGH sodium solutions and careful (q4 hour) assessment of laboratory Na+ levels is necessary.
c. Na+ corrections should ALWAYS be done with oral administration of either Na+ or water.
d. None of these are true
Answers
a. False - Rapid correction of sodium can result in cardiac arrhythmias.
b. True - Slow administration of fluids is necessary to avoid fluid shifts in the brain.
c. False - Sodium corrections can be done through various routes, not just oral administration.
d. False - None of the statements are true.
a. The statement is false. Rapid correction of sodium levels can indeed lead to complications, including cardiac arrhythmias. It is important to correct sodium levels gradually to avoid such adverse effects.
b. The statement is true. Sodium levels should not be corrected quickly due to the risk of fluid shifts in the brain. Both hypertonic saline (to raise sodium levels) and hypotonic fluids (to lower sodium levels) should be administered slowly.
Regular monitoring of laboratory sodium levels, usually every 4 hours, is necessary to assess the progress and make adjustments as needed.
c. The statement is false. Sodium corrections can be done through various routes, including oral administration of sodium or water, but it is not the only method. Intravenous administration of hypertonic saline or hypotonic fluids is often required for more precise control and faster correction of sodium levels.
d. The statement is false. Parts a and b provide accurate information about the administration of fluids to raise or lower sodium levels, respectively. It is essential to correct sodium levels gradually and carefully to avoid complications, and this process may involve intravenous administration of fluids in addition to oral options.
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Select the correct answer from each drop-down menu. Plants use sunlight to convert nutrients into energy. What form of energy transfer is taking place?
The chemical, potential, radiant, or sound energy of the Sun is converted into chemical, kinetic, mechanical, or thermal energy by the plants.
Answers
Answer:
The chemical radiant or sound energy. If thats the way I should answer this question.
How does respiration occour in human body
Answers
Respiration is the life-sustaining process in which gases are exchanged between the body and the outside atmosphere. Specifically, oxygen moves from the outside air into the body; and water vapor, carbon dioxide, and other waste gases move from inside the body to the outside air. Respiration is carried out mainly by the respiratory system.It is important to note that respiration by the respiratory system is not the same process as cellular respiration —which occurs inside cells — although the two processes are closely connected. Cellular respiration is the metabolic process in which cells obtain energy, usually by “burning” glucose in the presence of oxygen. When cellular respiration is aerobic, it uses oxygen and releases carbon dioxide as a waste product. Respiration by the respiratory system supplies the oxygen needed by cells for aerobic cellular respiration, and removes the carbon dioxide produced by cells during cellular respiration.
Answer It Goes down the pharynx than into the larynx to the trachea then into the lungs through the 2 bronchi.
Explanation:
Which statement describes global winds?
They flow from the same direction.
They travel over short distances.
They generate land breezes.
They blow away from the poles to the equator.
Answers
Answer:They blow away from the poles to the equator.
Hope this helps
The statement that describes global winds is: "They blow away from the poles to the equator."
What are Global winds?Global winds are large-scale winds that circulate around the Earth in a predictable pattern. These winds are caused by the unequal heating of the Earth's surface by the sun, which creates differences in air pressure and causes air to move from areas of high pressure to areas of low pressure.
The Coriolis effect, caused by the Earth's rotation, causes these winds to curve as they move, creating patterns such as the trade winds and prevailing westerlies.
In general, the global wind pattern moves warm air away from the equator and towards the poles, while cooler air moves towards the equator to replace it. This creates a system of atmospheric circulation that plays an important role in regulating the Earth's climate and weather patterns.
Understanding the global wind patterns is important for a range of fields, from aviation and shipping to weather forecasting and climate modeling.
These winds play a major role in determining weather patterns, ocean currents, and climate zones, and can also affect the distribution of pollutants and other particles in the atmosphere.
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will give brainliest
Order the planets from nearest to farthest from the Sun.
Venus
Mars
Mercury
Uranus
Neptune
Jupiter
Earth
Saturn
Answers
Saturn
Earth
Jupiter
Neptune
Answer:
mercury
venus
earth
mars
jupiter
saturn
uranus
neptune
Explanation:
pls tell me if wrong
4. How does studying the cell help you better understand God’s creation?
Answers
What is the reproductive structure of a basidiomycota that grows from the mycelium
Answers
The reproductive structure of a basidiomycota is a basidiocarp, commonly known as a mushroom, as the Basidiomycota is a phylum of fungi that is present in Option A, the basidiocarp is a complex, multicellular structure.
What is Basidiomycota?The basidiocarp is the vegetative part of the fungus that is composed of a network of hyphae, or thread-like structures, and consists of a cap, or pileus, which is the top of the mushroom, and a stem, or stipe, which supports the cap, and the underside of the cap is lined with gills or pores, which contain basidia.
Hence, the reproductive structure of a basidiomycota is a basidiocarp, commonly known as a mushroom, which is present in Option A.
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question is incomplete, complete question is below
What is the reproductive structure of a basidiomycota that grows from the mycelium
A)mushroom
B)Doguh
Now you are going to use station data to write weather forecasts for several cities for today. Write your
forecasts in complete sentences. Assume you are writing for the general public Be sure to discuss
temperatures, winds, and possible precipitation
Answers
Answer:
Temperatures and direction of wind are the following.
Explanation:
Los Angeles has highest temperature i.e. 56 and lowest temperature of 47 degree Fahrenheit and wind moves towards Southwest direction.
Salt Lake city has highest temperature i.e. 42 and lowest temperature of 36 degree Fahrenheit and wind moves towards West direction.
Chicago II has highest temperature i.e. 28 and lowest temperature of 27degree Fahrenheit and wind moves towards Midwest direction.
Philadelphia has highest temperature and lowest temperature is the same i.e. 56 degree Fahrenheit and wind moves towards Northeast direction.
New Orleans has highest temperature i.e. 75 and lowest temperature of 70 degree Fahrenheit and wind moves towards South direction.
environmental water demand according to the brisbane declaration is the amount of water flow (quality, quantity, and timing) that is needed to sustain the health of ecosystems and well-being of those depending on the ecosystems
Answers
The environmental water demand, as defined by the Brisbane Declaration, refers to the amount of water flow required to maintain the health of ecosystems and the well-being of those who depend on these ecosystems. It includes considerations of water quality, quantity, and timing.
To understand this concept, let's break it down:
1. Water flow: This refers to the movement of water within a given ecosystem. It includes sources such as rivers, streams, and groundwater.
2. Water quality: This refers to the condition of the water, including its chemical, physical, and biological characteristics. It is crucial for the survival of aquatic organisms and the overall functioning of the ecosystem.
3. Water quantity: This refers to the amount of water needed to sustain the ecosystem. It takes into account factors like rainfall, evaporation, and water usage by human activities.
4. Timing: This aspect considers the seasonal patterns and timing of water availability and its impact on ecosystem health. It is essential for the synchronization of biological processes and the survival of species.
The Brisbane Declaration emphasizes the importance of balancing these aspects to ensure the long-term health of ecosystems and the well-being of people who rely on them. By managing water resources sustainably and considering environmental water demands, we can protect biodiversity, maintain ecosystem services, and support the livelihoods of communities.
In conclusion, environmental water demand is the amount of water flow required to sustain the health of ecosystems and the well-being of those depending on them. It encompasses water quality, quantity, and timing, and it plays a vital role in maintaining the balance and functionality of ecosystems.
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which substance are necessary for the synthesis of most material in organism
Answers
Answer:
yes
Explanation:
Give examples of threshold lowering of releasing stimuli, and its cause. Include at least one example from human behavior.
Answers
Threshold lowering of releasing stimuli refers to a situation in which an individual becomes more sensitive to specific stimuli, leading to an increased likelihood of a response. This phenomenon can occur due to various factors, such as stress, physiological changes, or learned behaviour.
One example of threshold lowering in non-human animals is observed in mother birds. When their chicks are hungry, the parent bird's threshold for responding to the chick's begging call is lowered. The cause for this lowered threshold can be attributed to the mother bird's hormonal changes and increased motivation to nurture and protect her offspring.
In human behaviour, an example of threshold lowering can be seen in individuals experiencing high stress or anxiety. In this case, the person's threshold for responding to perceived threats or negative stimuli is lowered, leading to increased sensitivity and overreactions to relatively harmless situations. The cause for this lowered threshold can be a combination of physiological changes (e.g., elevated cortisol levels) and learned behaviour, as individuals who have previously experienced adverse events may be more prone to perceiving threats in their environment.
Another example in humans is the sensitization to pain. For instance, chronic pain patients often develop a lowered threshold for pain, meaning they experience pain more easily or intensely than before. This can be caused by changes in the nervous system, resulting in an increased sensitivity to pain signals.
In summary, threshold lowering of releasing stimuli can be observed in various species and situations, and its causes may involve physiological changes, stress, or learned behaviour. In humans, this phenomenon can manifest in increased sensitivity to threats or pain, affecting their daily functioning and well-being.
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100 POINTS!!!
1. After first exposure to an antigen, about how long does it take for antibodies to reach a detectable level?
2. What could explain the significant increase in antibodies to non-Lyme disease antigens (blue line)?
3. Lyme disease patients who are treated with antibiotics quickly usually do much better than those who are treated later. Why do you think this is the case?
4. Why doesn’t the Antibodies in Lyme Disease Antigens (orange line) decrease after the first immune response, compared to non-Lyme Disease Antigens (blue line)?
5. Professor Dr. Utpal Pal studied the Borrelia burgdorferi bacterium at the University of Maryland. Dr. Pal found that Lyme disease is caused by your immune system. When the body is infected with Lyme disease, it overreacts causing inflammation in the joints. Although antibiotic resistance has not been observed for B. burgdorferi, create an argument defending the control of antibiotic use to the public.
Answers
Answer:
After first exposure to an antigen, it can take about three weeks for antibodies to reach a detectable level. The body will react to disease by creating antibodies and testing their effectiveness against the unknown antigen.
Antibodies are the body's way of fighting off foreign threats. Also known as immunoglobulin, they detect and attack pathogenic bacteria and viruses. These antibodies detect a protein that is unique to the surface of the pathogen called the antigen.
At times, we can see an increase in antibodies for one disease, for example, Lyme disease, in the presence of non-Lyme disease antigens. This is often due to antigenic variation, which is a method used by pathogens to mask their respective antigens. There are also general use antibodies that will increase in reaction to any pathogen.
As with any illness, a patient who receives treatment sooner will fare better than those whose treatment is delayed. This is due to the fact that earlier treatment with antibiotics will allow the body to fight off the infection before the bacteria can reproduce further.
After the first immune response, antigen-specific antibodies will remain for some time to provide the body with "immunity" to the pathogen, while general-purpose antibodies will return to a base value.
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A period comprised of three weeks after the first exposure is required to detect antibodies.
What are immune responses?Immune responses refer to the reactions (e.g., inflammation) which undergo the human body after exposure to infections caused by pathogens such as bacteria or viruses.
Lyme disease is a disease generally caused by Borrelia burgdorferi bacteria.The significant increase in antibodies to non-Lyme disease antigens can be explained by antigenic variation, which is a natural evolutionary mechanism used by pathogens to infect an organism.Patients with Lyme disease who are treated with antibiotics quickly usually react much better than those who are treated later because antibiotics are more efficient to stop infection during the early stages (i.e., before uncontrolled pathogen reproduction).Antibodies in Lyme disease antigens do not decrease after the first immune response because this disease can be masked by the bacterial pathogen.The control of antibiotic use is fundamental to avoid the emergence of natural resistance, which is a natural evolutionary process caused after pathogen exposure.
In conclusion, a period comprised of three weeks after the first exposure is required to detect antibodies.
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Moving up trophic levels there is an increase in energy, entropy, and biomass. please select the best answer from the choices provided t f
Answers
Answer:
False
Explanation:
Moving up trophic levels there is a loss of energy (90% per level) and a decrease in biomass.
Answer: False on Edge 2023 :)
in radiolab, what grew on the hands of the toads kammerer was experimenting with?
Answers
In Radiolab, it was reported that the toads Kammerer was experimenting with grew nuptial pads on their hands, which were believed to be an adaptation to help them better grip during mating.
However, it was later discovered that Kammerer had actually faked the results of his experiments and had artificially induced the growth of the nuptial pads.
In Radiolab, Kammerer was experimenting with toads, specifically the midwife toad. The midwife toads developed nuptial pads, which are specialized structures, on their hands. These pads help the male toads in gripping the female during mating.
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what regulates the flow of water through the xylem?
Answers
The regulation of water flow through the xylem is done by transpiration pull and cohesion. The water is transported through the plant by the xylem.
Xylem tubes are long and hollow structures that extend throughout the plant body, and are mainly made up of dead cells. They transport water and minerals from the roots to the aerial parts of the plant.Water is drawn up the xylem by a combination of forces called transpiration pull and cohesion.
As water evaporates from the leaves into the atmosphere through stomata, a vacuum or negative pressure is generated within the xylem, which pulls water up from the roots. The water molecules within the xylem are held together by cohesion, allowing them to form a continuous column as they are pulled up the xylem. This process of water transport through the xylem is known as the transpiration stream.
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Which of the following is a direct economic advantage associated with aquaculture?
A
Aquaculture breeds genetically modified fish to increase the
amount of biodiversity in the population.
B
Aquaculture reduces the number of fishing operations in an area.
С
Aquaculture produces large amounts of seafood for human
purchase and consumption year-round.
D
Aquaculture requires large bodies of water for its operations.
Answers
Answer:
c Aquaculture produces large amounts of seafood for human
purchase and consumption year-round.
Explanation:
Most seafood produced via aquaculture is destined for human consumption, which has added to the sector’s momentum. The ability to dependably harvest many different species of finfish, shellfish and aquatic plants has also facilitated gains for the world’s aquaculture industry.
2. Protistsare NOT decomposers
False
True
Answers
Answer:
False
Explanation:
Yes, protists are decomposers.
Protists include species such as protozoa, algae, and molds. Many protist species are decomposers, meaning they feed on dead organisms to meet their nutritional needs.
Pls, choose me as brainliest!
Protistsare is a decomposers
Please, could someone help me with this?
Answers
1. abortion
2. testing cosmetic products on animals
hope this helps :)
The Basin and Range Province in Nevada consists of many narrow, elongate mountain ranges separated by basins. What is true of these mountain ranges
Answers
The true statement about these mountain ranges is that they are sometimes called fault-block mountains, option D is correct.
The mountain ranges in the Basin and Range Province of Nevada are characterized by their elongated, narrow shapes and are commonly referred to as fault-block mountains. This term is used because these mountain ranges are formed by the upward movement of large blocks of crust along normal faults.
As the crust stretches and pulls apart, the blocks of crust slide along the faults, resulting in the uplift of the mountain ranges. The basins in between the mountain ranges are formed by the downward displacement of blocks of crust along these same faults, option D is correct.
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The complete question is:
The Basin and Range Province in Nevada consists of many narrow, elongated mountain ranges separated by basins. What is true of these mountain ranges? Choose one:
A. All of the possible answers are correct.
B. They are associated with continental rifting.
C. They are the tilted footwalls of normal faults.
D. They are sometimes called fault-block mountains.
Thinking about Mendel’s earlier studies, does the gene that determines the shape of a seed have anything to do with the seed color? (Explain your answer and name the law that supports it)
Answers
Answer:
Yes.
Explanation:
Yes, the gene that is responsible for the shape of a seed have also affect on the seed color because the dominant allele or gene appears in the shape and physical features of the offspring. Dominant allele is the gene that is responsible for the appearance of physical characteristics of an organism. Mendel's laws of inheritance are the laws which support the above phenomenon.
Yes, the gene determines the shape of a seed and seed color.
What is Phenotype?This is defined as the physical and observable trait of an organism. It is controlled by dominant and recessive allele.
When it is a dominant allele, the characteristics are visible in the organisms. Seed shape and color are physical traits which is why the answer was chosen.
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what is a fatty substance produced by the liver that travels through the bloodstream
Answers
A fatty substance produced by the liver and travels through the bloodstream is called cholesterol.
What is cholesterol?
Cholesterol is a type of fat-like substance found in the bloodstream, cells and tissues of all animals. It is essential for life, as it helps to build and maintain cell membranes and produce hormones. High levels of cholesterol can cause an increased risk of heart disease, stroke, and other health problems. Cholesterol is mainly produced by the liver, and can also come from certain animal-based foods like egg yolks, fatty meats, and full-fat dairy products. Eating a healthy diet and exercising regularly can help to lower cholesterol and reduce the risk of disease.
Therefore, A fatty substance produced by the liver and travels through the bloodstream is called cholesterol.
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please help, I need help on how to color this, will give the brainliest answer.
Answers
Answer:
color it black and rusty brown
4. Since morning the whole day it rained. Sun was not visible at all. But photosynthesis took place in plants. What do you think happened in plant? Explain you answers with logical reasoning in your own words
Answers
Answer:
Answer is below.
Explanation:
Photosynthesis is a process that involves three main actors (or ingredients); sunlight, water, carbon dioxide.
Statistics has it that there was no sunlight all through the day.
- Let's check then if there was availability of water and the gas carbon dioxide.
There was rainfall all day
- This means that some photosynthetic activity would take place.
What about the gas that plants breathe in?
- There is always substantial amount of CO₂ in the atmosphere.
A SECOND WAY TO LOOK AT IT IS:
by checking the two stages of photosynthesis.
- In the first stage, sunlight is the main actor. Sunlight is trapped and stored as energy in the chloroplasts of green plants.
- In the second stage, CO₂ is the main actor. With CO₂, the chemical compound - from the first stage - ATP is used to produce sugar and organic compounds which are the food of/for green plants.
technological methods used to assess phylogenetic relationships at the scale of molecular genetics
Answers
The technological methods used to assess phylogenetic relationships at the scale of molecular genetics are called molecular phylogenetics.
Phylogenetics refers to the study of evolutionary relatedness among different species. It is the process of developing hypotheses of evolutionary relatedness among groups of organisms, known as phylogenies. It involves analyzing their similarities and differences based on the morphology, genes, and behavior of the organisms. Molecular phylogenetics is a branch of biology that deals with the study of evolutionary relationships among organisms based on their molecular genetic characteristics. This method utilizes molecular sequences of DNA and RNA to infer phylogenetic relationships between different species. This technique provides a more precise estimation of evolutionary relationships between different organisms. Molecular phylogenetics uses several technological methods to assess the relationships between different organisms. Some of these techniques include: Polymerase Chain Reaction (PCR)DNA SequencingRestriction Fragment Length Polymorphism (RFLP)Hybridization techniques Phylogenetic analysisConclusionMolecular phylogenetics is a field of biology that deals with the study of evolutionary relationships among organisms based on their molecular genetic characteristics. It involves using several technological methods to assess phylogenetic relationships between different species. Some of these methods include Polymerase Chain Reaction (PCR), DNA Sequencing, Restriction Fragment Length Polymorphism (RFLP), Hybridization techniques, and Phylogenetic analysis.
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how can inheriting new characteristics be helpful for an organism?
Answers
Answer:
It will essentially help the organism for when it evolves whether it inherits good or bad characteristics.
Explanation:
Because it will have to evolve, it will either die out or thrive through those new characteristics. Which is a part of life.
5. What are virus hoaxes? Why are the hoaxes sometimes more dangerous than an actual virus?
Answers
Answer:
An actual computer virus is a malicious software, often known as malware, that can harm a computer and its users.
Virus hoaxes are false or misleading information about viruses that circulate through various communication channels.
They can be more dangerous than actual viruses due to their ability to spread quickly, cause panic, and undermine effective public health measures.
Virus hoaxes are deceptive messages or claims that often exaggerate the severity or impact of a particular virus. They can be spread through social media, email chains, or word of mouth. These hoaxes may include misinformation about symptoms, transmission methods, or false remedies, leading people to take ineffective or even harmful actions.
What makes virus hoaxes particularly dangerous is their potential to create panic and misinformation at a rapid pace. The viral nature of social media and other communication platforms allows these hoaxes to reach a wide audience within a short period. As a result, people may make decisions based on false information, such as avoiding necessary medical treatment, taking unnecessary precautions, or spreading fear and misinformation to others.
Moreover, virus hoaxes can undermine public health efforts by diverting attention and resources from legitimate preventive measures. They can erode trust in healthcare authorities and disrupt the dissemination of accurate information, making it harder for individuals to make informed decisions and follow recommended guidelines.
This can have severe consequences, especially during outbreaks or pandemics, where timely and accurate information is crucial for public safety. Therefore, it is essential to verify the credibility of information and rely on trusted sources to mitigate the risks associated with virus hoaxes.
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