The process of aerobic cellular respiration breaks down a glucose molecule in order to generate a large number of atp molecules. What type of pathway is this?.
Answers
The breaking down of glucose and generating ATP molecules is an example of the Catabolic Pathway
Metabolism comprises two major parts which are Catabolism and Anabolism. In the Catabolic pathway, it is a part of metabolism where compounds like glucose molecules are broken into smaller units which are then further used in anabolic reactions or oxidized to release energy. Catabolism is basically the breaking unit whereas Anabolism is the build-up part of Metabolism.
Catabolism is the destructive part of the metabolism which provides chemical energy necessary for the growth and repair of the cells. Examples of Catabolic pathways are Glycolysis, the Citric acid cycle, Breaking down of muscle protein in order to use amino acids as substrates for gluconeogenesis.
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Related Questions
Please answer fast!
worth 100 points
Answers
Answer:
self feeder; E from sun or chemicals - autotrophs
has a nucleus & membrane-bound organelles - eukaryote (5)
the smallest taxonomic division - species (4)
no nucleus or membrane bound organelles - prokaryote (6)
one organism living inside another, both benefit - mutualism
two term - binomial (1)
Explanation:
Identify the structures in the cell pictured on the
right.
Label A
E
Label B
Label C
D
Label D
Label E
DONE
No
Answers
Answer:
A. nucleus
B. cytoplasm
C.Endoplasmatic reticulum
D.nucleolus
E. cell membrane
Explanation:
3. Why is it easy to describe an organism's phenotype for a particular characteristic but
very difficult to state the genotype?
Answers
Answer:
The sum of an organism's observable characteristics is their phenotype. A key difference between phenotype and genotype is that, whilst genotype is inherited from an organism's parents, the phenotype is not. Whilst a phenotype is influenced the genotype, genotype does not equal phenotype
If you took a 20-foot tree and hammered a spike into it 3-feet above the ground, how high would that spike be 30 years later when the tree is 100 feet tall? and why?
Answers
Answer:
The spike will remain at 3-feet above the ground in 30 years time because the spike does not increase in height as the tree does.
Please find the explanation below
Explanation:
Living things including the trees stated in this question are capable of growth (in height and girth). According to this question, a spike is hammered into a tree base at 3-feet above the ground level. However, after 30 years, the tree grows to 100 feet but the spike will remain at 3-feet above the ground.
This is because the spike, which is naturally incapable of growth, will not grow alongside the tree. A plant (tree) undergoes growth at its apices or meristem i.e. the tree will elongate from the tip and not any other part. Hence, the tree will grow and leave the spike at its initial level.
Which Of The Following Is Correct? FIGURE. a. simple columnar b. simple cuboidal c. simple squamos d. transitional
Answers
Simple cuboidal cells are made up of a single layer of cube-shaped cells with a large central nucleus. They are found in the lining of organs such as the kidney tubules and airways.
Option B. Simple cuboidalThe Role of Simple Cuboidal Cells in Organ ProtectionThese cells have important functions such as secreting substances, absorbing substances, and providing a barrier to protect organs. They are found in the lining of organs such as the kidney tubules, airways, ovaries, and the thyroid gland. Simple cuboidal cells possess a specific structure that allows for efficient absorption, secretion, and protection of the internal organs and tissues. This type of cell is also found in the skin, where it helps to create a protective barrier against external factors.
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Are gills useful on leopards
Answers
Answer:
No the heck
Explanation:
how does breathing (ventilation of the lungs) help to maintain a concentration gradient between the oxygen in the alveoli and the blood in the lungs?
Answers
The ventilation system makes this possible by getting rid of carbon dioxide in the alveoli and bringing in more oxygen. Abstract Maintain the concentration gradients of oxygen and carbon dioxide in the alveoli.
The body needs oxygen to produce ATP through cellular respiration. There are many capillaries around each alveolus. This good blood flow maintains a strong concentration gradient between oxygen and carbon dioxide in the alveoli and the blood so that the rate of diffusion is faster. Oxygen diffuses from the air within the alveoli within the lungs into the erythrocytes and blood plasma. Diffusion is a type of passive transport, where molecules move from high concentration to low concentration. Ventilation is the process by which air moves in and out of the lungs. Diffusion is the spontaneous movement of gases, without the use of energy or effort on the part of the body, between the alveoli and the capillaries of the lungs.
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Do green hermit hummingbirds pollinate?
Answers
Answer:
Yes, green hermit hummingbirds pollinate.
As they feed on nectar, hummingbirds inadvertently transfer pollen from the stamen (male reproductive organ) of one flower to the stigma (female reproductive organ) of another flower. This pollination process enables plants to reproduce and produce seeds, ensuring their survival and genetic diversity.
Green hermit hummingbirds, like other hummingbird species, have long, curved beaks that are adapted for accessing the nectar deep within tubular flowers. As they insert their beaks into the flower, their heads and bodies come into contact with the flower's reproductive structures, facilitating pollen transfer between flowers.
While specific plant species rely on particular pollinators, green hermit hummingbirds are known to pollinate various plants, including those with red or orange tubular flowers that are well-suited for their feeding habits.
Hope this is helpful :)
In what ways can ecosystems be analyzed by the levels of organization within them?
Answers
Answer:
nniiii him jjijjjbjbhbijjhh oj
There was a change in the environment between generations 10 and 30.the change likely?
Answers
Answer:
the changes were genetic mutations
Explanation:
Answer:
Favored Trait A
Explanation:
Which of the following statements is not a function of phosphorus in living organisms?
*
1 point
It is a part of the cell membrane structures.
It is a part of the structure of bones.
It is used in the digestion of nitrates.
It is used in the synthesis of DNA.
Answers
The statement that is not a function of phosphorus in living organisms is option C: It is used in the digestion of nitrates.
What is phosphorus to living organisms?A lot of plants and animals require phosphorus as a nutrient. It is an essential component of molecules that store energy like ATP, DNA, and lipids and plays a significant role in cell development (fats and oils). Crop yields may decline as a result of low soil phosphorus levels.
Therefore, Phosphorus is mostly used in the development of bones and teeth. It has a significant impact on how the body utilizes fats and carbs. The production of protein by the body is also necessary for the development, upkeep, and healing of cells and tissues.
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Draw three different food chains, from this food web, that contain an aphid.
Answers
The food chain that would include an aphid include:
Plant ---> Aphid ----> Birds Plant ---> Aphid ----> SpidersPlant ---> Aphid ----> BatWhat is a food chain?A food chain is a chart that shows how food is transferred from producers to consumers.
Producers are plants as they are responsible for producing food from inorganic materials using the Sun's energy.
Consumers depend on plants and other organisms.
The food chain that would include an aphid include:
Plant ---> Aphid ----> Birds Plant ---> Aphid ----> SpidersPlant ---> Aphid ----> BatLearn more about food chain at: https://brainly.com/question/19066362
the gel derived from the meaty pulp of the leaf, taken orally, may produce hypoglycemic effects through β-cell stimulation.
Answers
The gel derived from the meaty pulp of the leaf that, when taken orally, produces hypoglycemic effects through β-cell stimulation is Aloe vera gel.
Aloe vera is a succulent plant that has been used for centuries for its medicinal properties.
The gel found in the leaf of the Aloe vera plant contains various bioactive compounds, including polysaccharides, that have been reported to have hypoglycemic effects.
When Aloe vera gel is ingested orally, it has been suggested to stimulate the β-cells of the pancreas.
β-cells are responsible for producing insulin, a hormone that helps regulate blood glucose levels.
Stimulation of β-cells can enhance insulin secretion, leading to improved glucose uptake by cells and a decrease in blood glucose levels, hence exhibiting hypoglycemic effects.
Thus, Aloe vera gel is created from the leaf's meaty pulp, and when consumed orally, it causes hypoglycemia by stimulating β-cells.
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Complete question:
Which gel is derived from the meaty pulp of the leaf, when taken orally, produces hypoglycemic effects through β-cell stimulation?
In 2013, scientists found that coelacanths are not the closest relative of four-footed amphibians and other animals. Which species is?.
Answers
the south american lungfish is the answer
What vector does the corona virus use to get from host to host?
Answers
Answer:
The c
Explanation:
How does the carbon locked in shells of marine organisms move back to the atmosphere?
A through subduction of deposits and volcanism
B through the process of respiration in these organisms
C through death and decomposition
D through the microbial process of ammonification
E through chemical reactions in acidifying oceans
Answers
Carbon locked in shells of marine organisms moves back to the atmosphere through death and decomposition of those organisms.
What is the carbon cycle?The carbon cycle refers to the movement of carbon through the biogeochemical cycle. The carbon cycle cuts across;
The lithosphereThe hydrosphereThe atmosphereCarbon locked in shells of marine organisms moves back to the atmosphere through death and decomposition of those organisms.
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What are the fundamental methods, models, or theories in
nanotribology? Please be as explicative as you can.
Answers
The fundamental methods, models, and theories in nanotribology include Atomic Force Microscopy (AFM), Molecular Dynamics (MD) simulations, Contact Mechanics, Surface Chemistry, and Lubrication Theory.
Nanotribology, also known as nanoscale tribology, is the study of friction, wear, and lubrication at the nanoscale level. It focuses on understanding the fundamental mechanisms and behaviors of surfaces and interfaces when subjected to relative motion on the nanometer scale.
There are several fundamental methods, models, and theories employed in nanotribology research:
Atomic Force Microscopy (AFM): AFM is a widely used technique that allows for the measurement and manipulation of surfaces at the atomic and molecular scale. It provides detailed information about surface topography, friction, and adhesion forces.
Molecular Dynamics (MD) Simulations: MD simulations use numerical methods to simulate the motion and interactions of atoms and molecules. These simulations provide insights into the behavior of surfaces, lubricants, and additives at the nanoscale, allowing for the prediction of friction and wear properties.
Contact Mechanics: Contact mechanics is the study of the deformation and interaction between contacting surfaces. It involves the analysis of forces, stresses, and deformation at the interface, which helps in understanding the origins of friction and wear.
Surface Chemistry: Surface chemistry plays a crucial role in nanotribology. It involves studying the chemical composition, structure, and reactivity of surfaces, as well as the formation of boundary layers and tribofilms during sliding.
Lubrication Theory: Lubrication theory focuses on understanding how lubricants reduce friction and wear between surfaces. It includes concepts such as boundary lubrication, hydrodynamic lubrication, and elasto hydrodynamic lubrication, which describe different mechanisms of lubrication at the nanoscale.
These methods, models, and theories collectively contribute to advancing our understanding of nanotribology and have applications in various fields, including materials science, nanotechnology, and engineering.
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Which of the following organelles directs cellular
activity and stores chromatin?
Answers
Answer:
Nucleus
Explanation:
The nucleus controls and regulates the activities of the cell (e.g., growth and metabolism) and carries the genes, structures that contain the hereditary information.
Chromatin is a complex of DNA and protein found in eukaryotic cells. The primary function is to package long DNA molecules into more compact, denser structures.
What covers the outside part of your body
Answers
Answer:
Skin
Explanation:
Skin is the outer covering of the body and is the largest organ of the integumentary system. The skin has up to seven layers of ectodermal tissue and guards the underlying muscles, bones, ligaments and internal organs.
Which bacteria in the soil can convert atmospheric nitrogen into soluble compounds.
Answers
The bacteria that can convert atmospheric nitrogen into soluble compounds in the soil are known as nitrogen-fixing bacteria. Diazotrophic bacteria are responsible for this conversion.
The genus Rhizobium is a well-known example of diazotrophic bacteria that form a symbiotic relationship with leguminous plants. These bacteria reside in the root nodules of legumes and convert atmospheric nitrogen gas (N2) into ammonia (NH3) using the enzyme nitrogenase. The ammonia is then further converted into soluble nitrogen compounds like ammonium (NH4+), which can be readily utilized by plants as a nutrient source. Besides Rhizobium, other diazotrophic bacteria such as Azotobacter and Azospirillum also contribute to nitrogen fixation in the soil, forming associative symbiotic relationships with various non-leguminous plants. The nitrogen fixation ability of these bacteria is vital for enriching soil fertility and supporting plant growth in nitrogen-deficient environments.
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Cellular Respiration is the process of what?
A. The release of energy from food.
O B. Producing oxygen at the cellular level.
C. Breathing.
D. The creation of food, powered by the energy of the sun.
Reset Selection
hen
Answers
Answer:
The answer is B
Explanation:
Think of it this way; Respiration = Breathing and we are on the cellular level
Cellular respiration is the process of releasing energy from food. The correct option is A.
What is cellular respiration?Cellular respiration is the process of breaking down food molecules into simpler forms to produce energy in the presence of oxygen. The oxygen is added to the food to produce energy and release carbon dioxide and waste material out of the body.
Oxygen is taken from the environment, and they are attached to the hemoglobin molecule of the blood and taken into the body, then this oxygen is used in the metabolic function of the body.
Breathing is the process of getting air into the lung and out of the lungs. It is not a part of cellular respiration.
Thus, the correct option is A. The release of energy from food.
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How long can water remain stored in a confined aquifer?
millennia
a few days
more than a million years
several years
Answers
It will take several years to store water in a confined aquifer.
What is confined aquifer?An aquifer that is enclosed and contains a lot of water is called a confined aquifer. The aquifer is under pressure because of layers of impermeable material that are both above and below it.
As a result, when the aquifer is pierced by a well, the water will rise above the aquifer's surface.
An aquifer with a water table, also known as an unconfined aquifer, has its upper water surface at atmospheric pressure, allowing it to rise and fall.
Due to their typical proximity to the Earth's surface, water table aquifers are affected by drought conditions earlier than restricted aquifers.
Therefore, It will take several years to store water in a confined aquifer.
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in the dna structure, what kind of bonds hold the base pairs together?
Answers
In the DNA structure, hydrogen bonds hold the base pairs together.
In the DNA structure, the base pairs are formed between the nitrogenous bases adenine (A) and thymine (T), and between cytosine (C) and guanine (G) which are held by hydrogen bonds.
Adenine and thymine are held together by two hydrogen bonds, while cytosine and guanine are held together by three hydrogen bonds. These hydrogen bonds are relatively weak, but they are sufficient to hold the two strands of DNA together and maintain the double helix structure.
Hydrogen bonds are a type of chemical bond that form between a hydrogen atom and a highly electronegative atom, such as oxygen, nitrogen, or fluorine.
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Explain the difference between oxidation and digestion.
Answers
the most common complication of pregnancy is: group of answer choices gestational diabetes preeclampsia severe nausea and weight loss caused by hyperemesis gravidarum ectopic pregnancy
Answers
The most common complication of pregnancy among all the choices is severe nausea and weight loss caused by hyperemesis gravidarum.
Hyperemesis gravidarum is a type of nausea and vomiting that occurs during pregnancy. It is like a severe version of morning sickness, with symptoms including severe nausea and feeling faint and dizzy, especially when waking up.
When it happens, the patient usually needs to be hospitalized and treated with IV fluids and anti-nausea medication. That's because persistent vomiting can lead to dehydration and weight loss. If not treated, hyperemesis can have long-term effects on both the mother and the child.
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What is The abiotic (non-living) part of the Fennec foxes environment that this
adaptation (structural adaptation) helps the fox to survive ?
Answers
Answer:
Desert Adaptations Their nocturnal habits help them deal with the searing heat of the desert environment, and some physical adaptations help as well. Their distinctive, bat like ears radiate body heat and help keep the foxes cool.
Explanation:
Animal Adaptations and Survival ... Their large ears, which are usually 6 inches long (15 centimeters), help dissipate excess body heat on hot days in the desert. 2. The fennec fox seems to be the only carnivore living in the Sahara Desert able to ... Fennec foxes also have thick fur on the soles of their feet, which insulate ...
What provides structure for plants
1. Carbonhyrdrates
2. Lipids
3. Nucleic acids
4. Proteins
Answers
Answer:
The correct answer is : 1. carbohydrate.
Explanation:
Cellulose is a major substance present in cell walls of the plants which provides support to the structure of plants. As it is most abundant bio polymer in nature are made up of monomers of glucose molecule joined together by bonds in between specific carbon atoms.
The rigidity of the plant is come from this carbohydrate, cellulose. Lipids, proteins are also component of the plant cell and plays various role in the cell for instance lipid acts as barrier and present in plasma membrane of the plant cell and provide insulation too.
Thus, the correct answer is : 1. carbohydrate.
When is mitosis complete
A. When chromatids are produced
B. When spindle fibers form
C.when two nuclei have formed
D.when organelles are produced
Note:My braincells left me :(
Answers
Answer:
My answer is generic. The process of Mitosis is over when the next stage begins.
Explanation:
I dont know the answer because i didnt recognize the 4 solutions. So I turned the solution into the answer.
Answer:when two nuclei have. Formed
Explanation:
Next make at least four genetic matches of offspring by moving the chromosomes from a sperm and egg cells together to form a diploid offspring. in the table record The genotype and phenotype of each offspring as shown in the example.
Answers
Explanation:
A- represents gene for normal skin
a- represents a gene for albinism
Genotype Aa × As
Gametes A a A a
Gamete A a
A. AA Aa
a. Aa. aa
What source dose water conservation use
Answers
Water conservation relies on various sources, including scientific research, government policies, educational campaigns, technological advancements, and community initiatives.
Water conservation utilizes various sources to promote and implement sustainable water usage practices. Here is a step-by-step explanation of these sources:
Scientific Research: Water conservation draws on scientific studies to understand water usage patterns, assess water availability, and develop efficient conservation strategies. Research helps identify water-saving technologies and best practices.Government Policies: Governments at local, regional, and national levels play a crucial role in water conservation by implementing policies and regulations. These policies may include water restrictions, incentives for water-efficient practices, and water pricing strategies to encourage conservation.Educational Campaigns: Public awareness and education campaigns are vital in promoting water conservation. These campaigns aim to inform individuals and communities about the importance of water conservation and provide practical tips for reducing water usage.Technological Advancements: Water conservation benefits from advancements in technology, such as efficient irrigation systems, smart water meters, and water-efficient appliances. These technologies help monitor and manage water consumption effectively.Community Initiatives: Grassroots efforts and community-driven initiatives play a significant role in water conservation. These initiatives involve community participation in water-saving activities, such as rainwater harvesting, water reuse systems, and community gardens.By utilizing these varied sources, water conservation strives to raise awareness, drive policy changes, and promote sustainable water practices at individual, community, and societal levels.
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