Answer:
Answer to this question is option C i.e. The matter is converted to energy and carbon molecules.
Explanation:
All the living beings from plants to animals are made up of carbon, and so is carrot, being a part of a plant. When an animal, say rabbit, consume this carrot, they receive the carbon from the carrot in the form of carbohydrates and proteins. This carbon combines with the oxygen in the animal cell to produce energy and also releases residual carbon in the form of carbon dioxide. Hence, after consumption of carrot by the rabbit, the matter in the carrot is converted to energy and carbon molecules.
Answer:
carbon molecules
Explanation:
which event signals the birth of a star?
Answer:
nuclear fusion
Explanation:
When the density and temperature at the core of the gravitationally collapsing nebula reaches values when nuclear fusion is triggered and sustained, that marks the birth of the star.
The map above shows the dissolved oxygen levels at various locations in the Gulf of Mexico. Aquatic wildlife usually is more heavily concentrated around coastlines and in estuaries where fresh and salt water meet. However, the map shows an anomaly to this phenomenon. What likely explains the dead zones around the coastline of the Gulf of Mexico?
Answer:
runoff containing nitrogen enters the Gulf from rivers, causing algal blooms and subsequent eutrophication.
Explanation:
Eutrophication is the reduction of dissolved oxygen due to an increase of algae, which subsequently die and decompose, consuming high levels of dissolved oxygen.
List two different food from dinks g That are produced in any other country using fermentation
Kombucha and root beer are two foods produced in other country using fermenatation.
Explanation:Kombucha is a very popular Asian drink that is actually a slightly fermented and slightly alcoholic green tea. Black tea can also be used. This gives a sweetened and spicy flavour of the tea along with the refreshment of tea. Its fizzy to taste, and can have several flavorings added to it.
Root beer is a very popular North American drink that is made from the sassafras bark or sarsaparilla. Its very spicy in taste and thick in texture, with the color of beet. It can be alcoholic or non alcoholic.
Which of the following material has the highest electrical conductivity?
Wood
Clay brick
Iron
Aluminum
Copper
Nickel
Answer:
I would think Aluminum but i'm not 100% positive.
Explanation:
Among the materials listed, option E. copper has the highest electrical conductivity, making it ideal for electrical wiring. Metals generally conduct electricity well due to free electrons.
Metals typically have the highest electrical conductivity values because they have free electrons, which make it easier for electricity to flow through them. Therefore copper is normally utilized in electrical wiring and different applications requiring effective electrical conduction.
Here is a correlation of the materials recorded:
Wood: Unfortunate conveyor, utilized as an insulator.Clay block: Unfortunate transmitter, principally utilized in construction.Iron: Great channel, yet not generally so high as copper or aluminum.Aluminum: Awesome conduit, frequently utilized in power lines.Copper: Phenomenal conduit, usually utilized in electrical wires.Nickel: Great conveyor, yet not quite so high as copper or aluminum.Complete question :
Which of the following material has the highest electrical conductivity?
A. Wood
B. Clay brick
C. Iron
D. Aluminum
E. Copper
F. Nickel
PLEASE I need help so badddd
Answer:
Last option
Explanation:
empowering def: make (someone) stronger and more confident, especially in controlling their life and claiming their rights. it definitely can not be the second or third option because fear and uncertainty in oneself is not empowering and neither is amusement and entertainment. The title is teen appeal so it appeals to teens so the authoritarian figures would be less than the teens so the fourth option must be correct.
Which behavior can reduce pollution that occurs due to the use of coal?
O
A. Turn off electric lights when they are not in use.
B. Support the construction of new coal-based power plants.
O
C. Install a second refrigerator in the hot garage.
D. Replace a conventional car with an electric car.
SUBMIT
Final answer:
To reduce pollution from coal use, turn off lights when not in use, switch to alternative energy, and focus on energy and fuel efficiency.
Explanation:
The behavior that can reduce pollution due to the use of coal is turning off electric lights when they are not in use (Option A). This is because many power plants burn coal to produce electricity, so using less electricity directly reduces the amount of coal burned. Additionally, one can support changes to alternative energy sources such as solar or wind power that do not produce air pollution, and make choices in purchasing appliances and vehicles that prioritize energy-efficiency and fuel-efficiency, respectively. Lastly, promoting the use of environmentally friendly transport methods like walking, cycling, or using public transportation also contributes to reduced fossil fuel consumption.
Russian biologist Konstantin Mereschkowski published a work containing the endosymbiotic theory in the early 20th century. The endosymbiotic theory holds that eukaryotic cells came to exist because groups of smaller structures, such as organelles, joined together to benefit one another. The communities of structures adapted and became a single organism. Many modern biologists believe that the endosymbiotic theory explains the origin of eukaryotic cells. How does this explanation of the endosymbiotic theory indicate that a eukaryotic cell is complex?
A. The explanation indicates that eukaryotic cells developed by accident.
B.The explanation indicates that eukaryotic cells developed gradually over time.
C.The explanation indicates that eukaryotic cells were developed intentionally.
D.The explanation indicates that eukaryotic cells were developed by multiple entities.
The explanation indicates that eukaryotic cells were developed by multiple entities.
What is Endosymbiotic theory?It's possible that eukaryotic cells originated when different cell types fused to form one. They started coexisting in what are known as symbiotic partnerships.
Endosymbiotic theory is the explanation for how this could have occurred. One organism that resides inside of another is known as an endosymbiont.
Both the chloroplast and the mitochondrion are organelles that were previously free-living cells. They were prokaryotes that became ensconced within other cells (host cells). They could have become a part of the other cell by being eaten (a process known as phagocytosis), or they could have been parasites living inside the host cell.
Therefore, The explanation indicates that eukaryotic cells were developed by multiple entities.
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A mule is the infertile offspring of a horse and a donkey Mules have historically been used as mounts and beasts of burden,
especially in rough terrain such as mountains or the Grand Canyon. Mules are generally stronger than either horses or donkeys,
can tolerate more extreme temperatures, have greater endurance, are longer-lived, and may require less food and water
There are places in America and other parts of the world where herds of wild horses live, well-adapted to the environment. If mules
are so much better adapted to harsh environments than either horses or donkeys, why have there never been populations of wild
mules?
A. because mules cannot reproduce
B. because mules are not natural
C. because mules are domesticated animals
D.
all of these
Answer:
a
Explanation:
because mules can not reproduce
Answer:
A Mules cannot reproduce
Explanation:
I just took a test and got it right
Does the biomedical science community have the right or responsibility to cure all human impairments?
Answer:
yes they have the right responsibility
The biomedical science community has the responsibility to aim to cure human impairments through techniques like genetic engineering and gene editing. However, these technologies pose several ethical and social concerns like potential misuse for non-therapeutic modifications, possible inequality increase, threat to biodiversity, and conflict with ethnomedical approaches. Any step forward in this field requires careful ethical consideration.
Explanation:The biomedical science community indeed has the responsibility to alleviate and aim to cure human impairments, however, this presents numerous ethical considerations. Techniques such as genetic engineering and gene editing technologies like CRISPR have the potential to prevent illness, eliminate disability, and augment human capacities, but they also pose significant social and ethical issues. For instance, these technologies could increase social inequality, result in new forms of discrimination, and may negatively impact biodiversity.
Another concern is the potential for misuse of these technologies for non-therapeutic modifications, leading to controversial practices such as selected human genetic engineering. Issues related to bioethical aspects, personal health and privacy, potentials of misuse of genetic information and conflict with certain cultural beliefs and values also need to be addressed. It's also important to consider the potential disruption and threat posed to culturally established treatments and cures, particularly in communities that rely on ethnomedical approaches for healing.
In conclusion, while biomedicine holds great promise for improving human health, it's essential that their application respects ethical standards and promotes the greatest good for the greatest number. Any step forward in this area demands careful consideration and weigh of all potential benefits and harms to ensure responsible usage.
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What is one similarity between active and passive transport?
Group of answer choices
both involve producing new cells
both involve moving substances against their concentration gradient
both involve moving substances across a membrane
both involve using chemical energy
Answer:
The correct answer is both involve moving substance across the membrane.
Explanation:
Passive transport is one of the most important membrane transport process which helps in transport of polar molecules and gases along their concentration gradient across the plasma membrane.No addition energy is required to carry out passive transport because during passive transport molecules move from high concentration region to the region of low concentration.
Active transport is a specific type of membrane transport process which helps in the passage of ions against their concentration gradient across the plasma membrane.As the ions are moving against their concentration gradient additional chemical energy is required to carry out their uphill transport.
Final answer:
Both active and passive transport involve the movement of substances across a cell membrane, which is their core similarity.
Explanation:
One similarity between active and passive transport is that both involve moving substances across a membrane, therefore The correct answer to the question regarding one similarity between active and passive transport is that both involve moving substances across a membrane. While active transport requires energy, often in the form of ATP, to move substances against their concentration gradient, passive transport does not require energy and substances move along their concentration gradient, from high to low concentration. However, regardless of whether substances are moved via active or passive transport, the movement across the cell membrane is the core similarity between the two modes of transport.
Choose a specific site for further study where eutrophication is a problem (such as Chesapeake Bay, the Baltic Sea, or the Gulf of Mexico). List some sources of nitrogen and/or phosphorous to the water body and describe some of the ecological problems due to eutrophication at this specific site.
Explanation:
Due to the commercial farming activities in the MidWest, fertilizers and pesticides are usually washed away by precipitation and drain into the Gulf of Mexico. These elements (mainly nitrogen and phosphorus) offer much nutrients for algae causing them to thrive into algae blooms. Bacteria then find ‘fodder’ in dead algae breaking them down for energy sources. The bacteria, mostly aerobic, take up most of the oxygen from the water as they thrive. This makes the waters of the Gulf hypoxic hence the other marine organisms such as fishes cannot thrive. Actually, the ecosystem dies and the region is recognized as a' dead zone'.
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Answer:
Sources of nitrogen and phosphorous in Chesapeake Bay include runoff from agriculture, air pollution from vehicles and power plants, and wastewater from sewage and industry. Ecological problems resulting from the eutrophication include blocking of sunlight to aquatic grasses, stressing fish and shellfish by depleting oxygen, and rising pH, which further stresses fish and makes them susceptible to parasites.
Explanation:
FROM PLATOThe function of a biological macromolecule depends on what other elements it contains. Which of these biological macromolecule is rich in carbon-hydrogen bonds and functions as a long-term energy storage?
Answer:
Lipids are the biological molecules which are used as long-term energy storage. Lipids can be described as biological molecules that are not soluble in water but are soluble in non-polar solvents.
Triglycerides are a type of lipids which are present in the adipose tissue. These molecules serve as major long- term energy storage molecules both in plants as well as in animals.
Carbohydrates serve as quickest energy molecules whereas lipids serve as molecules which can store energy for longer periods.
Fats and oils which belong to the lipid group are rich in carbon-hydrogen bonds, serving as long-term energy storage in organisms.
Explanation:The biological macromolecule that is rich in carbon-hydrogen bonds and serves as a long-term energy storage is lipids. Lipids, specifically fats and oils, have many carbon-hydrogen bonds, which makes them excellent at storing energy over long periods. This can be useful in organisms during the winter months or during periods of fasting when other sources of energy are limited.
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Speech about Environmental pollution
Good morning /afternoon to one and all present here
I am here to talk about environmental pollution.
Pollution - It is defined as the addition of any substance or energy to the environment that is in some harmful form is know as a pollution
It can also be called as environmental pollution.
The environmental pollution include air pollution, water pollution, land pollution, noise pollution, light pollution, and plastic pollution
Air pollution:
It is caused mainly due to the smoke from automobiles and by the unwanted smoke sent out from factories.
They produce carbon monoxide and nitrogen oxides, ozone, lead, that leads to smog formation also causes damage to foliage It causes health issues like, heart disease, inflammation and irritation of breathing passages, breathing difficulties, particularly for people with asthma, reduced lung function,
Water pollution:
The release of substances into subsurface groundwater or into lakes, streams, rivers, estuaries, and oceans. It is caused due to the industrial waste that are disposed directly into the water.
People use the same water for drinking, washing clothes, washing animals and they take bath in the same water.
Land pollution:
This is caused by the artificial pesticides used. They pollute the soil and damage the crops and will infect the vegetables that grow underground.
Noise pollution:
This is caused by the automobiles and the sound produced by the speakers.
6. The terms ac, al, ary, and ic are all
A. noun suffixes indicating procedures.
B. pseudosuffixes formed from roots.
C. adjective suffixes meaning "pertaining to."
D. prefixes that function as prepositions.
Answer: Option C.
They are adjective suffix meaning pertaining too.
Explanation:
Suffix is a word that is attached to the root or stem of a word to change its general meaning.
An adjective suffix refers to letters added to the root of a noun to qualify it.
Ac, Al, ary and ic are all adjective suffice that meaning pertaining too or having the character of the named stem word.
The terms ac, al, ary, and ic are all adjective suffixes meaning 'pertaining to'.
Explanation:The terms ac, al, ary, and ic are all adjective suffixes meaning 'pertaining to'. These suffixes are added to root words to change the meaning of the root word and make it an adjective. For example, 'academic' means 'pertaining to academics' and 'musical' means 'pertaining to music'.
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Form an opinion: How might life be different if we didn’t manipulate naturals resources to manufacture synthetic products?
Answer:
Well For better? the better- we recycle water bottles so that there could be other important or more water bottles made. but for worse if you cut down trees for human needs .. but your also taking animals home
Which best describes the advantage of pest resistance?
Answer:
c) Farmers do not have to use harsh chemicals to save their crops.
Explanation:
Options:
a) Pests are mutated and tolerate more.
b) Pesticides become less effective.
c) Farmers do not have to use harsh chemicals to save their crops.
d) Farmers can kills weeds without killing their cash crop.
Pest resistance refers to a situation in which pests, e.g. weeds, insects, etc., become resistant by pesticides. This means that these chemicals are no longer effective on these organisms.
Although this could be seen as a negative effect, it could actually have advantages. Experts in biological control strategies aim to minimize the use of toxic pesticides and change to sustainable systems of pest management. Therefore, if a pest becomes resistant, farmers do not have to use harsh or toxic chemicals to save their crops and may opt, instead, for biological control methods, such as the use of nematodes to control pests.
Which statement describes the reaction for cellular respiration? The equation is carbon dioxide + water Right-arrow glucose + oxygen + water and energy is required in the form of light The equation is glucose + oxygen Right-arrow carbon dioxide + water and energy is produced in the form of ATP. The equation is carbon dioxide + water Right-arrow glucose + oxygen + water and energy is produced in the form of ATP. The equation is glucose + oxygen Right-arrow carbon dioxide + water and energy is required in the form of light.
Answer:
glucose + oxygen Right-arrow carbon dioxide + water and energy is produced in the form of ATP. This is the correct equation.
Explanation:
In cellular respiration -
If oxygen is present glucose molecules breakdown release energy in the form of ATP.
Here 1 glucose molecule in the presence of 6 oxygen molecules gives 6 carbon dioxide and 6 water molecules And 36 ATP as energy.
aerobic cellular respiration is very efficient in energy production as it gives high energy.
Answer:
this is the answer on ed 2020
glucose + oxygen Right-arrow carbon dioxide + water and energy is produced in the form of ATP.
Explanation:
The process by which two or more of these molecules are bonded together in a muscle cell is known as?
Answer:
enzymatic hydrolysis
Explanation:
Enzymatic hydrolysis is a process in which enzymes facilitate the cleavage of bonds in molecules with the addition of the elements of water. It plays an important role in the digestion of food. It may be used to help provide renewable energy, as with cellulosic ethanol.
what are the important elements in the design of a polynesian charts and what does each show
Answer:
a) Stick/palm ribs/ coconut fiber which represented the water and oceanic/sea wave patterns
b) Stone/coral pebbles / shells to represent the land.
Explanation:
Polynesian stick chart is a form of navigational tools used to discover the sparsely distributed island. They predominantly used following elements
a) Stick/palm ribs/ coconut fiber which represented the water and oceanic/sea wave patterns
b) Stone/coral pebbles / shells to represent the land.
The combination of these stick and pebble was used to represent the interaction of ocean waves with the island. However, these navigational charts did not represented an exact weather condition.
The important elements in the design of Polynesian charts include the compass rose, stick charts, and celestial navigation using stars and constellations. These elements helped Polynesians navigate the open ocean and discover new islands.
Explanation:The important elements in the design of Polynesian charts are:
Compass Rose: It shows the direction of different winds and currents.Stick Charts: These charts depict wave patterns and island locations, helping Polynesian navigators find their way.Stars and Constellations: Using celestial navigation, Polynesians used stars and constellations to determine their position at sea.These elements were crucial for Polynesians to navigate the open ocean and discover new islands.
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PLZ ANSWER
Sexual reproduction involves sex cells. The female reproductive cell is a(an) _______
and the male reproductive cell is a(an) _______
. The male and female sex cells combine in a process called fertilization to form a ______
that eventually grows and develops into an offspring.
Answer:
[see explanation]
Explanation:
(This applies with human reproduction)
The female reproductive cell is a(an) egg cell. The male reproductive cell is a(an) sperm cell.The egg and sperm would combine to form a zygote, which would develop into a child.Sexual reproduction involves sex cells. The female reproductive cell is an egg or ovum and the male reproductive cell is a sperm.
What is sexual reproduction?The male and female sex cells combine in a process called fertilization to form a zygote that eventually grows and develops into an offspring.
Sexual reproduction is a type of reproduction in which genetic information is exchanged between two individuals of the same species to produce offspring that are genetically diverse from their parents. This genetic diversity is achieved through the fusion of gametes, or sex cells, which contain half the genetic material of the parent organism.
In sexual reproduction, the male and female individuals produce specialized cells called sperm and eggs, respectively. These cells combine through a process called fertilization, which results in the formation of a zygote. The zygote then undergoes cell division and differentiation to form an embryo, which eventually develops into an offspring.
Sexual reproduction has several advantages, including genetic diversity, which allows for greater adaptability and survival in changing environments, and the ability to eliminate harmful mutations through genetic recombination. However, sexual reproduction also requires a significant amount of energy and resources compared to asexual reproduction.
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biosynthesis process in decomposers
Biosynthesis process in decomposers
Decomposer is the organism that breaks down complex organic compound into simpler form. Biosynthesis is a process that converts simpler compounds into more complex compound within living organisms. Bacteria, worm, slugs, fungi like mushroom are some examples of decomposer. Some process of biosynthesis is amino acid synthesis, photosynthesis, chemosynthesis and biosynthesis is necessary to carry out the cellular process in organism. Biosynthesis is also called as anabolism process. Precursor compounds, chemical energy, coenzymes are some requirements for biosynthesis process.If you were to hike the distance from Point A to Point B, what would be the gradient of your climb?
Final answer:
The gradient of a hike represents the steepness of the climb. The specific gradient of a hike from Point A to Point B depends on the change in elevation and horizontal distance between the two points. In the given example, the gradient is calculated to be 13%.
Explanation:
The gradient of a hike represents the steepness of the climb. It is a ratio of the change in elevation to the horizontal distance traveled. In this case, if you were to hike from Point A to Point B, the gradient of your climb would depend on the specific locations of Point A and Point B, as well as the change in elevation between them.
For example, if Point A is located at 3440' and Point B is located at 3720' with a rise of 280', and the run is about 2200', then the average slope or gradient would be calculated as (280)(100)/2200= 13%.
Therefore, the gradient of your climb would be 13% if you hiked from Point A to Point B.
The appearance of banded iron layers in the rock record between 1.08 and 3.8 billion years ago reflect the alteration of oxygen-rich and oxygen-poor conditions in the ocean at that time.
True or False
The appearance of banded iron layers in the rock record between 1.08 and 3.8 billion years ago reflect the alteration of oxygen-rich and oxygen-poor conditions in the ocean at that time is True.
Explanation:
Banded rocks have layers of iron oxide and cherts that contain silica. The layer containing iron oxide has a dark color and the chert layer is red in color. Haematite and magnetite are usually the iron oxides that make up the banded rocks.
Banded rocks were formed by the reaction of iron in the oceans with the oxygen produces by photosynthetic bacteria in the ocean. The reaction caused the formation of iron oxides and their precipitation as Banded iron formations.
The presence of free oxygen is crucial for the formation of banded rocks and the formation reduced drastically after 1800 mya period when atmospheric oxygen availability was reduced. Banded rocks represent the oxygen rich and oxygen-poor condition of the ocean at that time.
Reginald punnet sought to apply the insights obtained by mendel to explain the laws of inheritance in structured fashion. What a punnet square and how is it used?
Answer:
A Punnett square is a diagram used to map out the possible genotypes of a child given the genotypes of its parents. In a Punnett square, the genotype of one parent is listed in the first row of the square, and the genotype of the second parent is listed in the first column. Then, in the middle squares, all possible genotypes of their offspring are listed, and the phenotypes are calculated using the law of dominance.
Explanation:
Illustrate how body cavities distinguish branches of development of animals with bilateral symmetry.
Answer: no body cavity—acoelomates; body cavity not completely lined with mesoderm—pseudocoelomates; body cavity completely lined with mesoderm—coelomates
Bilateral symmetry in animals facilitates directional movement and complex behaviors, differing from radial and asymmetrical forms. Cephalization and triploblastic tissue structure in bilaterally symmetrical animals imply advanced body plans connected to their active lifestyles.
Explanation:Body Cavities and Bilateral Symmetry in Animal DevelopmentBilateral symmetry is a fundamental characteristic of many animals, where a longitudinal section divides the organism into mirror-imaged right and left sides. This form of symmetry is closely associated with the concept of cephalization, which is the development of a head with sensory organs and nervous tissue concentrations, crucial for navigating the environment. Animals such as butterflies, crabs, and humans are typical examples of organisms with bilateral symmetry. In contrast to radial symmetry, seen in stationary or sessile aquatic animals like sea anemones, bilateral symmetry facilitates directional movement and complex behavior patterns. While radial symmetry suits a sedentary lifestyle of feeding on surrounding water currents, bilateral symmetry is conducive to active hunting and escaping predators, enhancing an organism's ability to interact with its environment effectively.
For example, while the phylum Echinodermata, which includes sea stars and sea urchins, exhibits radial symmetry in adulthood, these organisms demonstrate bilateral symmetry during their larval stage. This phenomenon is called secondary radial symmetry and indicates their evolutionary path from bilaterally symmetrical ancestors. Most animals with bilateral symmetry are triploblastic, with tissue layers organized into an ectoderm, mesoderm, and endoderm, a structure that allows for more complex body cavities and organ systems compared to animals with other forms of symmetry.
Understanding symmetry in animals provides essential insights into the evolutionary branches and how specific body plans influence the behavior and interaction of organisms within their respective environments. Body cavities thus play a crucial role in distinguishing the development of bilaterally symmetrical animals, providing spaces for complex organ systems that support their active and mobile lifestyles.
Which options describe the purpose of genetic screening?
(Select all that apply.)
to learn if an individual has a chance of developing genetic conditions later in life
to learn if an individual has a genetic condition
to learn if an individual has a chance of passing on a genetic condition
to learn if an individual has infections inside his or her body
Answer:
to learn if an individual has a chance of developing genetic conditions later in life
to learn if an individual has a genetic condition
to learn if an individual has a chance of passing on a genetic condition
Explanation:
Genetic screening looks a selection of genes from an individual to identify variation or mutations that are associated with disease. This can be used to:
learn if an individual has a chance of developing a genetic condition later in life. Examples of such diseases include Huntington's disease, or genetically-linked cancers such as BRCA-linked ovarian and breast cancers. Clinicians could identify patterns in a family and suggest that an individual might want to get tested for a disease-causing mutation, even if they don't yet have any symptomsto learn if an individual has a genetic condition - genetic screening might be suggested if an individual has a collection of symptoms that are not explained, or might be associated with a particular disease. Genetic diseases often appear in childhood, so those undergoing this type of testing could be quite young.to learn if an individual has a chance of passing on a genetic condition if an individual with a genetic disease or a genetic disease prevalent in their family wants to have children, they might wish to undergo testing to see if they could pass on the condition. Genetic screening might even be used to select for embryos that don't carry the disease-causing mutation after fertilisation.genetic screening cannot tell if an individual has infections inside his or her body. Infections are a type of disease that are not caused by our DNA, and the testing will not be able to provide any information about infections or any other non-genetic health problemsNew evidence does not change what scientists already believe to be true.
Answer: TRUE
Explanation:
If a plant's leaves developed so that its vascular tissue only contained xylem, how would this affect the rest of the plant's physiological processes?
Answer:
If a plant's leaves only contained the vascular tissue xylem, then it will not be possible for the plant to absorb carbon dioxide. As carbon dioxide is required for photosynthesis to occur, this means that the process of photosynthesis will not take place. As a result, the plant will not be able to produce food as photosynthesis is the process by which plants make food. This will result in the plant to die eventually in the end due to lack of food.
Answer:
- The carbon dioxide required for photosynthesis would not be absorbed and transported to the leaf cells, and photosynthesis would stop.
Explanation:
This should be correct, It was on my test
The presence of lactic acid in the cell of an animals muscle tissue is an indication that the
Answer:
The animal has been performing vigorous activity with an insufficient oxygen availability in its muscles.
Explanation:
Lactic acid is an alpha-hydroxy acid (AHA) that is fundamental in the biochemical processes of the body.
During normal levels of oxygen in the body, the carbohydrates that are present in the body are transformed into water and CO2. On the other hand, when oxygen levels are low, lactic acid is produced.
Therefore, when an animal is performing vigorous exercise and the levels of oxygen in the body are low or insufficient, the muscles begin to respire anaerobically and, instead of CO2 and H2O, lactic acid is produced.
So, the presence of lactic acid in the cell of an animals muscle tissue is an indication that the animal has been performing vigorous activity with an insufficient oxygen availability in its muscles.
Muscle cells have been active during a period of oxygen deficiency
Lactic AcidLactic acid is a naturally occurring organic acid. In its solid state, it is white and miscible with water.Cell respiration, glucose synthesis, and molecular signaling are all aided by it.The presence of lactic acid in the cell of an animals muscle tissue is an indication that the muscle cells have been active during a period of oxygen deficiency.For more information:
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WILL GIVE BRAINIEST!! PLEASE HELP ASAP!!
Match the following items.
1. hippocampus
2. Interference
3. Mnemonic device
4. Recovered memory
5. Repression
6. Retrograde amnesia
a. Remembering long forgotten memories with someone’s help
b. Anything that inhibits your brains ability to remember
c. Memory trick to give you cues and aid your ability to retrieve information
d. Moving difficult information from the conscious to the unconscious mind
e. Part of the brain that aids long term memory
f. Inability to remember events that happened prior to the brain injury
Answer:
1=E
2=B
3=C
4=A
5=D
6=F
Explanation:
Well, for mnemonic device, it's also another word for memory techniques.
for example;
ROYGBIV
CRAO
I/O
They're shorter ways of recalling stuff buried in your Hippocampus especially when there's no Interference or retrograde amnesia.
Peace.
Answer:
1. hippocampus = E. Part of the brain that aids long term memory
2. Interference = B. Anything that inhibits your brains ability to remember
3. Mnemonic device = C. Memory trick to give you cues and aid your ability to retrieve information
4. Recovered memory = A. Remembering long forgotten memories with someone’s help
5. Repression = D. Moving difficult information from the conscious to the unconscious mind
6. Retrograde amnesia = F. Inability to remember events that happened prior to the brain injury