After the Krebs cycle only a small portion of the energy of gluecose has been converted to atp. At this point the majority of usable energy contained in
Answers
Cellular respiration is a three-part process including glycolysis, the Krebs cycle, and electron transport chain, designed to extract energy from glucose. Only a small portion of the energy is converted to ATP after the Krebs cycle. Most of the energy is still carried by high-energy electrons sent to the electron transport chain.
Explanation:The process you're asking about is called cellular respiration and is used to extract usable energy from glucose. It is a three-part process involving glycolysis, the Krebs cycle, and the electron transport chain.
Glycolysis, which occurs in the cytoplasm of the cell, is the first stage. In this process, glucose is split into two three-carbon sugars, with the investment and subsequent production of 2 ATP per glucose molecule. Next, the Krebs cycle (or Citric Acid Cycle) takes place in the mitochondria and produces a small amount of ATP, but its main purpose is to provide high-energy electrons used in the next stage.
The electron transport chain is where most of the energy is produced. The high-energy electrons provided by the Krebs cycle are used to create a large amount of ATP as they are transported along a series of proteins. This whole process only extracts about 34 percent of the energy contained in glucose, with the rest being released as heat.
Therefore, it is correct that only a small portion of the energy of glucose has been converted to ATP after the Krebs cycle. Most of the energy is still in high-energy electrons passed on to the electron transport chain.
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Related Questions
Look at the image of a plant
Which tropism is best illustrated?
thigmotropism
positive gravitropism
hydrotropism
photoperiodism
Answers
Answer:
thigmotropism
Explanation:
plant growth in response to touch. Plant tendrils are wrapping around the stick.
Answer:
thigmotropism and phototropism
Explanation:
she gave him that - look
Answers
Answer:
sis what
Explanation:
elaborate
Please Help!
For years antibiotics were prescribed by doctors to kill infection causing bacteria. Now there are bacteria which have evolved to resist antibiotics. Which is the final event that occurred during this process.
A- Group of answer choices
B- resistant organisms survived while others were killed
C- resistant organisms reproduced
D- resistant organisms occurred by mutation
non resistant organisms mutated.
Answers
Answer:
Explanation:The bacteria get resistant to antibiotics because after some times the bacterial DNA get evolved or you can say mutation occur due to which it resist the
Final answer:
The final event in the process of bacteria becoming resistant to antibiotics is that the antibiotic-resistant organisms survive and reproduce, increasing their proportion in the population.
Explanation:
The process by which bacteria have evolved to resist antibiotics can be summarized by a series of events. First, a mutation occurs in some bacteria that allows them to survive the presence of antibiotic drugs. These antibiotic-resistant bacteria have a survival advantage when antibiotics are used because the drug kills non-resistant bacteria. The final event in this process is that these resistant organisms survive and reproduce, leading to an increase in the proportion of resistant bacteria within the population. Over time, this can result in a population of bacteria that are all resistant to the antibiotic that was used.
What did Charles Darwin contribute to science?
Answers
Answer:
The theory of the evolution of life on Earth. This can include embryology.
Explanation:
Hope this helps!
A lab technician is running a test on a patient’s sample that is likely infected with salmonella. The technician correctly performs PCR on the sample using primers known to identify salmonella. Then they run the PCR product on an electrophoresis gel. What is the technician likely to see on the gel if the patient does have salmonella?
bands matching the size found in known salmonella samples
bands that do not match the size found in known salmonella samples
no bands
Answers
Answer:
First one
Explanation:
Final answer:
If the patient has salmonella, the lab technician is likely to observe bands matching the size found in known Salmonella samples on the electrophoresis gel, indicating the presence of the bacteria.
Explanation:
Electrophoresis Gel Analysis for Salmonella Prediction
If the patient's sample is indeed infected with Salmonella, the lab technician would expect to see bands matching the size found in known Salmonella samples on the electrophoresis gel after running PCR. This is because PCR specifically amplifies the DNA region targeted by the primers, and if Salmonella DNA is present, its size after amplification should be consistent with known Salmonella DNA fragments. Upon visual confirmation with a gel, distinct bands of the expected size should appear, suggesting a positive identification of the bacteria in the sample.
PCR amplification results in a large number of copies of the targeted DNA segment, usually producing a single, sharp band after gel electrophoresis if the target is present. If no bands are present, this might indicate that the sample did not contain the DNA region targeted by the primers, or there could have been an error in the PCR process. Observing the correct size band confirms the technician's prediction and the presence of the pathogen.
What is found in the nucleus and contians important information that the cell needs to carry out specific functions?
A. DNA
B. RNA
C. both DNA and RNA
D. neither DNA nor RNA
Answers
Answer:
A. DNA
Explanation:
DNA is found in the nucleus of the cell, and is essentially an instruction book for the body. It contains all of the specific information that the cell needs. However, the RNA is used to put that information into action through transcription and translation.
18. When does a population experience logistic growth?
O A. When it reaches the carrying capacity
O B. When natural predators are introduced to the population
O C. When it has access to unlimited resources
O D. When there's primary succession
Answers
Answer:A
Explanation:
#11 choose the best answer
Answers
Answer:0
Explanation:
Grassland and Savanna Biomes Most of the animals in the Grasslands are. A.Herbivores B.Carnivores C.Omnivores
Answers
Imma assume it is herbivores, because there is a lot of grass in the grasslands, but double check
Most of the animals in Grassland and Savanna biomes are herbivores, such as zebras, giraffes, and bison, due to the abundance of grasses. Option A is correct.
The Grassland and Savanna biomes are two of the Earth's major ecosystems characterized by extensive areas dominated by grasses and scattered trees.Most of the animals found in these biomes are herbivores, such as zebras, giraffes, and wildebeests in African savannas, as well as bison and antelope in North American grasslands. These animals primarily feed on grasses and other vegetation.
There are also carnivores, such as lions, cheetahs, and hyenas, that prey on these herbivores, but the dominant group in terms of numbers and diversity are the herbivores, due to the abundance of grasses which provide a primary food source.
In summary, herbivores form the majority of animal populations in Grassland and Savanna biomes, ensuring a balanced ecosystem where plants and animals coexist.
Symptoms of diabetes and hypertension
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Answer:
Symptoms of diabetes
1) Urine is produced in large amount.
2) Consume high amount water for drinking purpose.
3) Urine have high amount of ketones which occurs due to the deficiency of insulin harmone.
4) Increase in weight of the patient.
Symptoms of Hypertension
1) Blood occurs in the urine due to high blood pressure.
2) Heart beat increases
3) Pain in the chest and in the head.
4) The person gets difficulty in breathing.
hypertension symptoms: severe headache, fatigue or confusion, vision problems, chest pain, difficulty breathing, irregular heartbeat, blood in urine
Animals have recently been genetically modified to produce leaner meat or offer healthier nutritional content with these benefits, what effects of biotechnology do consumers need to be aware
of?
Answers
Explanation: I would say the first option because it reduces biodiversity and impacts non-target species
learned in class
What are some examples classical conditioning you have in everyday life?
How does that effect you?
Answers
Well for me, I think i'd say CAT TRAINING.
Here's an example. My newest cat is still learning how to come to the food in the kitchen, and come at times when she needs to eat even if already eaten in the morning.
So before today, I've been trying to get her to come just by placing the food down. But she doesn't give a response to it. Next I try a bell alone, and some other jingling or noise makers. Still no response of her coming to me at all. Then I tried placing the food down while ringing the bell, she's starting to understand, but still not a very good response. I assume in a few more days, she will understand that the bell/other noise means COME TO ME. That is a conditioned response i'm hoping to get soon.
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Which of the following would have direct effects on the resources available to a population?
religious beliefs
socioeconomic status of individuals
housing
war
Answers
Answer:a
Explanation:
why are identical twins rare?
Answers
Answer:
Tbh I don’t really know but I think it’s because the sperm has to fertilize one egg and then that egg separates into two, creating two IDENTICAL kids
Explanation:
Each heredity trait corresponds to ___ ?
Answers
Answer:
a sequence of nitrogen bases
Explanation:
Is it possible for a brown haired(BB) parent and a red-haired(bb) parent to have a red-haired child?
No
Yes
Maybe
Answers
Answer:
Maybe
Explanation:
Identify the items below that can cause illness
Answers
Answer:
cough rubing eyes biteing nails
Explanation:
Illnesses can be caused by viruses like those that cause the common cold, bacteria such as E. coli, and by eating contaminated food. An example of a disease from contaminated water is Cholera. Good hygiene practices, including hand washing, can help prevent these illnesses.
The items below that can cause illness are:
Viruses, such as those that cause the common coldBacteria, such as E. coliCoughing on a person when you are sickForgetting to wash your handsEating contaminated foodWhile water itself is essential for life and does not cause illness, contaminated water can be a source of disease. An example of a disease caused by contaminated water is Cholera. The common cold is caused by a type of pathogen known as a virus. Athlete's foot is caused by a fungus. Types of pathogens that commonly cause human diseases include bacteria, viruses, fungi, and protozoa. For instance, bacteria like Salmonella and E. coli can cause foodborne illnesses. These bacterial illnesses can often be prevented with proper food handling and hand hygiene.
The correct question is:
Identify the items below that can cause illness. Check all that apply.
A. water
B. viruses, such as those that cause the common cold
C. bacteria, such as E. coli
D. coughing on a person when you are sick
E. forgetting to wash your hands
F. eating contaminated food
How many diseases are created each year
Answers
Answer:
Deadly Diseases: Epidemics throughout history. Experts warn a global pandemic will halt humanity as we know it in the next 20 to 30 years.
Explanation:
Past epidemics may offer some insight into what the future holds
Is electrical energy kinetic, potential, or both?
Is chemical energy kinetic, potential, or both?
Is elastic energy kinetic, potential, or both?
Is gravitational energy kinetic, potential, or both?
Is sound energy kinetic, potential or both?
Is mechanical energy kinetic, potential, or both?
Is nuclear energy kinetic, potential, or both?
Is thermal energy kinetic, potential, or both?
Is radiant (light) energy kinetic, potential, or both?
Answers
Types of energy is described below.
Explanation:
1.There are many different types of energy, which all fall into two primary forms – kinetic and potential. Energy can transform from one type to another, but it can never be destroyed or created.
2. Types of energy can be categorised into two broad categories – kinetic energy (the energy of moving objects) and potential energy (energy that is stored). These are the two basic forms of energy.
3.The different types of energy include
Thermal energy-Thermal energy is created from the vibration of atoms and molecules within substances. Radiant energy-Also known as light energy or electromagnetic energy, radiant energy is a type of kinetic energy that travels in waves. Examples include the energy from the sun, x-rays and radio waves.Chemical energy-Chemical energy is stored in the bonds of atoms and molecules – it is the energy that holds these particles together. Nuclear energy-Nuclear energy is stored in the nucleus of atoms. This energy is released when the nuclei are combined (fusion) or split apart (fission). Nuclear power plants split the nuclei of uranium atoms to produce electricity.Electrical energy-Electrical energy is the movement of electrons (the tiny particles that make up atoms, along with protons and neutrons). Electrons that move through a wire are called electricity. Lightning is another example of electrical energy.Motion energy-Motion energy – or mechanical energy – is the energy stored in objects; as objects move faster, more energy is stored. Examples of motion energy include wind, Sound energy-Sound energy is the movement of energy through substances. It moves in waves and is produced when a force makes an object or substance vibrate.Elastic energy =Elastic energy is a form of potential energy which is stored in an elastic object - such as a coiled spring or a stretched elastic bandGravitational energy-Gravitational energy is a form of potential energy. It is energy associated with gravity or gravitational forceEnergy is categorized as either kinetic or potential. Electrical, chemical, and nuclear energies are forms of potential energy, while elastic, gravitational, mechanical, and radiant energies exhibit both kinetic and potential forms. Thermal and sound energies are considered kinetic.
Explanation:Energy is classified into two main types: kinetic energy (KE) and potential energy (PE). The difference between them lies in the conditions of an object's motion and position.
Electrical energy is a form of potential energy resulting from the electrostatic attraction between charged particles.Chemical energy is stored as potential energy within chemical bonds.Elastic energy is both potential and kinetic, as it involves storing energy when materials are stretched or compressed and releasing energy as they move back to their original shape.Gravitational energy is potential when it pertains to an object's position above the ground, but it can convert to kinetic energy as the object falls.Sound energy is a form of kinetic energy that travels through mediums as sound waves.Mechanical energy includes both kinetic and potential energy; it's the sum of energy due to an object's motion and position.Nuclear energy is potential energy stored within the bonds between nucleons inside the nucleus of an atom.Thermal energy is a form of kinetic energy related to the motion of molecules within a substance.Radiant (light) energy is kinetic because light travels as photons, which are in constant motion.To summarize, while electrical, chemical, and nuclear energies are primarily potential energies, elastic, gravitational, sound, mechanical, thermal, and radiant energies can exhibit properties of both kinetic and potential energy depending on their specific conditions and interactions.
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Terrestrial biomes are classified by the climate and their biodiversity, especially the types of primary producers. Review the climatic data displayed in this graph of the major terrestrial biomes. The tundra and the desert seem like very different biomes but they do have something in common according to the graph. Determine common features of the biome by citing evidence from the graph.
A) Both biomes receive less that 75 cm annual precipitation.
B) Both biomes have nighttime temperatures that are below freezing.
C) The primary producers of both biomes are low growing and non-woody.
D) The growth of primary producers is restricted because of poor soil quality.
Answers
Answer:
A
Explanation:
The graph only shows the average annual precipitation and the average temperature, so none of the answers are supported by the graph except for A
According to the graph, both biomes receive less than 75 cm annual precipitation (Option A).
The tundra is a biome characterized by permanently frozen soils (permafrost), extremely cold conditions, the absence of trees and little precipitation.The desert biome is characterized by very low precipitation levels (no more than 25 centimeters per year), grasses and shrubs as dominant vegetation, extremely high temperatures during the day, and low temperatures at the night.The graph only supports the statement indicating that both desert and tundra biomes have low precipitation levels.In conclusion, according to the graph, both biomes receive less than 75 cm annual precipitation (Option A).Learn more in:
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which statement best. describes the fossil record?
it is a complete record
it is an incomplete record
most fossils are older than 5. billion years
all fossils are younger than 600 years
Answers
Answer:
It is incomplete record
Explanation:
I took the quiz and got it right.
Final answer:
The fossil record is best described as an incomplete record, with fossilized species representing only a fraction of all species that have ever existed. It remains a key evidence for understanding Earth's biological history despite its incompleteness.
Explanation:
The best statement that describes the fossil record is that it is an incomplete record. Fossils are the preserved remains or traces of organisms that lived in the past, but the process of fossilization is quite rare, leaving many gaps. Even when fossils are created, finding them is not always possible, as some may be buried under extreme conditions or eroded over time. Fossilized species may represent less than 1% of all the species that have ever lived. Despite its incompleteness, the fossil record is crucial for understanding Earth's history and the evolution of life.
What other illness played an important role in the development of a vaccine for smallpox?
a. Measles
b. Bubonic Plague
c. Polio
d. Cow pox
e. HPV
Answers
Explanation:
And English doctor by the name Edward Jenner noticed that milkmaids who had gotten cowpox did not show symptoms of smallpox after variolation.
Answer:
A.Measles
Explanation:
The origin of smallpox is unknown. Smallpox is thought to date back to the Egyptian Empire around the 3rd century BCE (Before Common Era), based on a smallpox-like rash found on three mummies. The earliest written description of a disease that clearly resembles smallpox appeared in China in the 4th century CE (Common Era). Early written descriptions also appeared in India in the 7th century and in Asia Minor in the 10th century.The smallpox vaccine was the first vaccine to be developed against a contagious disease. In 1796, the British doctor Edward Jenner demonstrated that an infection with the relatively mild cowpox virus conferred immunity against the deadly smallpox virus.
Why is the cloning of Dolly the sheep important to humans?
O Animals that produce human medicines could be cloned.
O Cloned animals help us understand how bacteria reproduce.
O Animals that are cloned produce better meat.
O Cloned animals can produce more offspring.
Answers
Answer:
The correct option is A) Animals that produce human medicines could be cloned.
Explanation:
Dolly is known to be the fist organism which was cloned by nuclear transfer. Before this, organs, tissues etc had been clone but Dolly was the first organism to be cloned.
The successful cloning of Dolly provided scientists with the hope that organisms that were useful to humans could be cloned.
By cloning, we can produce more of organisms with the desired characteristics such as organisms producing a better source of medicine, meat, milk eggs etc.
Answer:
the answer is a:)
Explanation:
i just did it & i was rightttt! good luck!!
suggest some reason a plant might be categorized as weed.
Answers
Answer:
a plant can be categorized as a weed if it is growing where it is not wanted/needed
Answer:
They might be growing in the wrong place
Explanation:
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Tobacco mosaic virus (TMV) is a rod-shaped virus that affects many types of plants. Which of the following categories best describes TMV?
A
helical
B
polyhedral
C
icosahedral
D
complex
Answers
The tobacco mosaic virus is known to be helical in nature.
Tobacco Mosaic VirusThe tobacco mosaic virus is said to be helical in nature because its capsids are rod-shaped or filamentous in appearance.
The filamentous or rod-shaped capsids have a central cavity that holds the genome (usually in the form of ribonucleic acids) of the virus.
Helical viruses are different from other viruses that may be icosahedral, prolate, or complex as far as their own capsids are concerned.
The tobacco mosaic virus, therefore, typicalizes the helical viruses.
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Which statement about the human genome is correct
A) the human genome has been mapped
B) humans have about 21,000 genes
C) most of the DNA in human cells does not code for protein
D) all of these statements are correct
Answers
Answer:
I believe this is D
Explanation:
Answer:
Which statement about the human genome is correct?
humans have about 21,000 genes
Explanation:
Scientists confirmed the number of genes possessed by human which is about 21000
what are the 3 main mechanisms responsible for genetic variation
Answers
Answer:
Mutations – Changing the genetic composition of gametes (germline mutation) leads to changed characteristics in offspring. Meiosis – Via either crossing over (prophase I) or independent assortment (metaphase I)
independent assortment of chromosomes, crossing over, and random fertilization.
In space there is no atmosphere to filter the sunlight ,so when astronauts face the sunlight or turning away from the sun it results in extreme changes of temperature. What will astronauts need to be designed in order to keep the temperature stable so that they can go to space?
It's a free response
Answers
Answer:
spacecraft and space suits have to be designed to keep the temperature stable.
Explanation:
how can the environment influence natural selection
Answers
Answer:
The organisms will evolve to fit the environment better.
Explanation:
one specific example would be tigers having stripes. The tiger went through natural selection for the entire species to have stripes, now that the tiger has stripes it can hide in the tall grass and camouflage itself from its prey so it can hunt better.
____ are organisms that get their energy from ____ resources meaning they make their own food these organisms are also called ____
Answers
1. Producers 2. Non living 3. Autotrophs
Hope that helped :)