Suggest why biofuel produced using glucose from plants could reduce
global warming
Answers
Biofuels produced using glucose from plants have the potential to be a more sustainable and environmentally-friendly alternative to traditional fossil fuels, helping to reduce global warming and mitigate the impact of climate change.
In general , the use of biofuels produced from plants has the potential to reduce the impact of climate change and slow down global warming. However, it is essential to ensure that the production of biofuels does not lead to the destruction of natural habitats and the loss of biodiversity.
Also, the use of biofuels can help to reduce overall greenhouse gas emissions, which contribute to global warming. Biofuels produce fewer emissions than traditional fossil fuels when burned, leading to less air pollution and fewer greenhouse gas emissions.
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Related Questions
Spontaneous mutations occur most commonly as a result of _________________________ .
Answers
The _________ of a neuron receive impulses from other neurons; the ________ transmits nerve impulses to other cells.
Answers
The dendrite of a neuron receives impulses from other neurons; the axon transmits nerve impulses to other cells.
We can define neurons as the basic part of the nervous system responsible for forming electrical signals in the body which are referred to as action potential.
Dendrites are tree-shaped projections of the neuron majorly involved in receiving impulses or information from other neurons. This information is then moved to the cell body of the neuron.
After receiving an impulse from the dendrites, the cell body analyzes it and forms an outgoing response.
This outgoing response is transferred from the axons to the dendrite of another cell.
Hence, dendrites are the parts of a neuron that receive an impulse whereas axons are the part that transmits nerve impulses to other cells.
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As part of a laboratory experiment in his psychology course, Miguel is observing the activity of a recording electrode on the axon of a neuron. As an action potential
occurs what might Miguel observe?
A The axon will release neurotransmitters into the synapse.
B. The avon will remain at threshold potential as negative ions continue to flood the cell.
OC The decial charge of the neuron will go from positive to negative before returning to threshold potential.
OD. The curical charge of the neuron will go from negative to positive before returning to resting potential
Answers
Answer:
The correct answer is D
Explanation:
A resting neuron has a voltage across its membrane, which is referred to as resting potential. This resting potential is caused by concentration gradients of ions across the membrane. A neuron returns to the threshold potential by the movement of positive ions (especially K+ ions) through channels that stay open to exit the neuron.
dna profiles used as evidence in a murder trial look similar to supermarket bar codes. the pattern of bars in a dna profile shows _____.
Answers
DNA profiles are used as evidence in criminal trials to identify individuals who may have been involved in a crime. The pattern of bars in a DNA profile, also known as a DNA fingerprint, is unique to each individual and can be used to positively identify a person.
The bars in a DNA profile represent specific regions of an individual's DNA that have been analyzed and compared to a reference sample. These regions, called loci, contain repeating sequences of DNA that differ in length between individuals. By measuring the length of these DNA sequences at each locus, a unique pattern of bars is created that can be used to identify an individual.
In a murder trial, DNA profiles may be taken from crime scene evidence, such as blood, hair, or tissue samples, as well as from potential suspects. By comparing the DNA profiles from the crime scene to those of potential suspects, investigators can determine if any of the suspects could have been involved in the crime.
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please help me with this
Answers
When you reach the end of the mrna strand in your modeling of the translation process, describe what has happened to the polypeptide.
Answers
Polypeptides often require several "changes". Amino acids can be chemically altered or removed during and after translation. New polypeptides fold into specific 3D structures and combine with other polypeptides to form multipart proteins.
What are Polypeptides and their Functions?Polypeptides help build proteins by joining together a number of amino acids. Proteins are formed by combining two or more polypeptides. Peptides containing more than 100 amino acid units are called polypeptides. example : Amarin, glucagonDuring translation, messenger RNA (mRNA) is decoded by extranuclear ribosomes to produce specific amino acid chains or polypeptides. The polypeptide later folds into an active protein and performs its function inside the cell.What about the translation process?Translation is the process of deciphering the genetic code contained in messenger RNA (mRNA) molecules to produce specific amino acid sequences in polypeptide chains. It occurs in the cytoplasm after DNA transcription.
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What is the difference between lipid hormones and protein hormones?
a. Protein hormones diffuse directly through the target cell and begin a signal transduction pathway with a series of chemical
messengers or enzymatic reactions of the target cell.
b. Lipid hormones diffuse directly through the target cell and begin a signal transduction pathway with a series of chemical
messengers or enzymatic reactions of the target cell.
c. Lipid hormones bind to a receptor to enter the target cell and begin a signal transduction pathway with a series of chemical
messengers or enzymatic reactions of the target cell.
d. Protein hormones bind to a receptor to enter the target cell and begin a signal transduction pathway with a series of chemical
messengers or enzymatic reactions of the target cell.
Answers
Answer:
plz plz follow me. ........
..
.......
List three particles found in blood plasma and give their main purpose.
Answers
Answer:
Blood plasma is a 'yellowish liquid' component of blood that holds the blood cells in whole blood in suspension. It is the liquid part of the blood that carries cells and proteins throughout the body. It makes up about 55% of the body's total blood volume. It is the intravascular fluid part of extracellular fluid. It is mostly water, and contains important dissolved proteins, glucose, clotting factors, electrolytes, hormones, carbon dioxide, and oxygen. It plays a vital role in an intravascular osmotic effect that keeps electrolyte concentration balanced and protects the body from infection and other blood disorders.
explain the theory of evolution by natural selection
Answers
Answer:
Natural selection is a mechanism of evolution. Organisms that are more adapted to their environment are more likely to survive and pass on the genes that aided their success. This process causes species to change and diverge over time.
Explanation:
10 points
Each of the 4 major biomolecules are made of monomers. The mono in
the word monomer means one. Monomers are building blocks, when the
monomers are put together they build a biomolecule. Monomer means:
Four Building Blocks
Two Building Blocks
One Building Block
O
Three Building Blocks
Answers
Answer:
One building block
Explanation:
The prefix mono means one
A direct indication that the white blood cells of the body are functoning would be
A) An increase in the number of oxygen molecules in the lungs
B) A decrease in the number of pathogens in the body
C) A decreased secretion of hormnes by certain glands
D) An increase of carbon dioxide in the cells of the body
Answers
According to the research, the correct answer is Option B. A direct indication that the white blood cells of the body are functoning would be a decrease in the number of pathogens in the body.
What are white blood cells?They are a type of cell that belongs to the bloodstream, and that has functions related to the protection of the organism against infectious agents, bacteria or viruses.
In this sense, when their levels increase or decrease, they serve as indicative of the establishment of some pathological process in the body, acting in different ways depending on the harmful agent that they want to attack.
Therefore, we can conclude that according to the research, white blood cells are responsible for executing the immune response, and they are produced in the lymphatic tissue and in the bone marrow.
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In this experiment, potassium permanganate diffuses through the agar from an area of ______ concentration to an area of ______ concentration.
Help me fill the blanks^!!
Answers
Answer: High, Low
Explanation:
Diffusion occurs from an area of high concentration to an area of low concentration.
What happens if a person has one dominant gene and one recessive gene for the same trait in his or her DNA?
(PLS HELP ASAP)
Answers
Answer:
Only the dominant allele will be expressed in the individual's phenotype.
Explanation:
Only the dominant allele (version of that trait/gene) will be expressed in the individual's phenotype (physical characteristics).
Dominant alleles always 'mask' recessive alleles whenever they are present (for the same trait/gene). This means if an individual has at least one dominant allele, they will always display the dominant version of that trait.
The only way for an individual to express the recessive gene in their phenotype for that trait, is if they are homo-zygous recessive (have both recessive alleles) as there are no dominant genes to mask the recessive ones, so they can be expressed.
Hope this helped!
Answer:
I would have too
Explanation:
how do you define a cladogram
Answers
Answer:
A cladogram is a branching diagram showing the cladistic relationship between a number of species.
Briefly describe how upcoming missions and direct observations should improve our understanding of extrasolar planets in coming years.
Answers
Upcoming missions like the James Webb Space Telescope and direct observations using ground-based telescopes should improve our understanding of extrasolar planets by providing more detailed information on their atmospheres, compositions, and potential habitability.
The James Webb Space Telescope, set to launch in 2021, will be able to detect the atmospheric signatures of some of the closest exoplanets and provide insights into their potential habitability.
Ground-based telescopes will be able to use new technologies like adaptive optics and coronagraphs to directly image and study exoplanets in more detail.
This will allow us to better understand the diversity of exoplanet types and their formation mechanisms, as well as investigate the potential for life beyond our solar system. Overall, these missions and observations should lead to a significant increase in our knowledge and understanding of extrasolar planets in the coming years.
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Part E: Write Your Paper
Write your research using your outline and the research you’ve collected. Be sure to proofread and revise your writing to catch any errors in grammar, spelling, logic, or cohesion. Remember that you must add a works cited page at the end of your paper to give credit to your sources. Write a a three- to five-page research paper that addresses these questions in detail:
Is a single cure for all cancers likely?
Curing cancer is often compared to curing an infectious disease. Is this a fair comparison?
Answers
a) It is possible to have a single cure for cancer as research advances.
b) Just as an infectious disease spreads to other people, cancer cells are able to spread throughout the body. This is a crude but fair approximation of the nature of cancer.
What is cancer?Cancer is a kind of disease in which there is a sudden development of malignant cells in the body. These malignant cells are able to reproduce rapidly and the reproduction of these cells would lead to the spread of the cancer.
There is the possibility of a single cure for all cases of cancer but this would depend on the furtherance of research into the etymology of the disease and its pathology.
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in yeast signal transduction, a yeast cell releases a mating factor, which ________.
Answers
In yeast signal transduction, a yeast cell releases a mating factor, which binds to receptors on the membranes of other types of yeast cells.
A signaling mechanism known as the mating factor pathway allows yeast to reproduce sexually. Two haploid yeast cells join to create a diploid cell in this procedure. The signal molecule known as mating factor, which yeast cells release, draws them to their partners.
The yeast mating pheromone response system, or mating pathway for short, is the signal transduction pathway that detects the presence of extracellular pheromone and coordinates the many cellular responses to it.
Many of the elements that make up the mating route are also parts of many signaling pathways that control the development of filamentous invasive organisms and their reaction to specific stressors.
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In yeast signal transduction, a yeast cell releases a mating factor which -
A) acts back on the same cell that secreted the mating factor, changing its development
B) passes through the membranes of neighboring cells, binds to DNA, and initiates transcription
C) binds to receptors on the membranes of other types of yeast cells
D) diffuses through the membranes of distant cells, causing them to produce factors that initiate
long-distance migrations
What does natural selection cause?
O A. Limitation
B. Conditioning
O C. Differentiation
O D. Evolution
SUB
Answers
Answer:
Evolution
Explanation:
I would say adaptation but evolution is the closest thing on here
Answer:
D. Evolution
Explanation:
Through this process of natural selection, favorable traits are transmitted through generations. Natural selection can lead to speciation, where one species gives rise to a new and distinctly different species. It is one of the processes that drives evolution and helps to explain the diversity of life on Earth.
i need sleep help me out
Answers
One cell, which performs all of the processes required by the organism, makes up a unicellular organism.
The correct option is (a) performs all of the function
Explain features of unicellular organisms?A single cell makes up a unicellular creature, also referred to as a single-celled organism, as opposed to a multicellular organism, which is made up of numerous cells. Prokaryotic and eukaryotic organisms are the two broad categories into which all organisms fall. Bacteria and archaea are two divisions of unicellular prokaryotes. While most eukaryotes have many cells, others do not, including protozoa, single-celled algae, and single-celled fungi. The earliest known forms of life are believed to be unicellular organisms, with the emergence of early protocells possible between 3.8 and 4.0 billion years ago. While certain prokaryotes are specialized cells with unique tasks, they do not always live in colonies. Together, these organisms must carry out all necessary life activities for each cell to survive.Learn more about the Unicellular organism with the help of the given link:
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Any change in a gene of an organism is called a/an
random
mutation
enzyme
gamete
Answers
After food is digested, a carbohydrate called ______ will leave the bloodstream through a capillary wall.
Answers
After food is digested, a carbohydrate called glucose will leave the bloodstream through a capillary wall.
Glucose is a simple sugar. It is a primary source of energy for cells. It is absorbed from the digestive system into the bloodstream and then transported to various tissues and cells throughout the body.
Through the process of cellular respiration, glucose is used by cells to produce ATP. ATP is the energy currency of the cell. Excess glucose in the bloodstream can be stored as glycogen in the liver and muscles or converted into fat for long-term energy storage.
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what technological advantages allow seafaring Arabs during the middle Ages to dominate the Mediterian Sea and trade with east Africa, India, and southeast Asia?
Answers
The technological advantages that allowed seafaring Arabs during the Middle Ages were their retaining ancient and classical European discoveries, military engineering, metallurgy, glassmaking, etc.
What are technologies?Technologies are advancements in old things. These advancements are based on scientific theories and experiments. The products that were in demand were exported by Arabs like spices, stones, metals, silk, etc.
Thus, Arabs could navigate the seas thanks to technological advantages such as preserving classical and ancient European discoveries, military engineering, metallurgy, glassmaking, etc.
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Which organism could be classified as nekton
Answers
Answer:
Nekton (or swimmers) are living organisms that are able to swim and move independently of currents. Nekton are heterotrophic and have a large size range, with familiar examples such as fish, squid, octopus, sharks, and marine mammals.
But thats my thought though.
Mutations are only the result of genetic variationTrueFalse
Answers
Mutations are changes in the DNA sequences of organisms, it can be a result of errors in DNA replication, exposure to mutagens, infections (viral), genetic variation, and others biological events. Therefore, the setence in the question is false.
3. A family rented a pontoon and cruised across the lake at 15 mph for 1.85 hours. How many
miles did the family travel?
Answers
Answer:
27.75 Miles
Explanation:
15 * 1.85 = 27.75
Which of the following is an abiotic factor or an ecosystem? select one: a. minerals in the soil b. microorganisms in the soil c. vertebrates in a stream d. all of the above
Answers
Abiotic factors are essential for the functioning and survival of organisms within the ecosystem. The abiotic factor in an ecosystem among the given options is (a) minerals in the soil.
Abiotic factors are non-living components of an ecosystem that influence the organisms living within it. They include physical and chemical factors such as temperature, sunlight, water availability, soil composition, and minerals. In this case, minerals in the soil are abiotic factors because they are non-living components that directly impact the ecosystem.
Microorganisms in the soil and vertebrates in a stream, on the other hand, are biotic factors. Biotic factors refer to the living organisms within an ecosystem, including plants, animals, fungi, and microorganisms. Microorganisms in the soil contribute to nutrient cycling and decomposition processes, while vertebrates in a stream are living organisms that interact with other biotic components of the ecosystem.
Therefore, the correct answer is a. minerals in the soil, as it represents an abiotic factor within an ecosystem.
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What are two major plant adaptations that were most important in allowing plants to become independent of aquatic habitats?.
Answers
Two major adaptations that were most important in allowing plants to become independent of aquatic habitats are the vascular system and seeds.
In order for plants to survive on land, they need a proper vascular system for the transport of food and water. Also, if not water, then another source should be present for plants for fertilization and protecting their embryos.
The presence of the vascular system is an adaptation that allowed plants to survive in land habitats. The xylem vascular system is responsible for transporting water from the soil to all the other parts of the plant. The phloem vascular bundle is responsible for the transportation of food from the leaves to all other parts of the plant.
The development of seeds in plants allowed a secure method for dispersal as seeds protect the embryos of plants and are also transported through means such as animals, winds etc.
Although a part of your question is missing, you might be referring to this question:
What are two major plant adaptations that were most important in allowing plants to become independent of aquatic habitats?
a. photosynthesis and symbiotic relationship with fungi
b. vascular system and seeds
c. bilateral symmetry and becoming multicellular organisms
d. spore production and becoming single-celled organisms
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Burning oil and coal adds ______ to the atmosphere.
Answers
Answer:
carbon dioxide
Explanation:
because when these things burn they produce many harmful gases which harm the environment and cause pollution
From the information on linkage, chromosomal mapping, and many associated phenomena, what answers would you propose to the following fundamental questions?
Part A
How was it established experimentally that the frequency of recombination (crossing over) between two genes is related to the distance between them along the chromosome?
Answers
Crossing over is the exchange of chromosome segments between non-sister chromatids during meiosis. This process is one of the mechanisms responsible for genetic diversity and also serves as the basis for genetic mapping. Genetic mapping is used to determine the position of genes on a chromosome.
To establish experimentally that the frequency of recombination between two genes is related to the distance between them along the chromosome, the following steps must be followed: The frequency of recombinants is determined by cross-breeding parent organisms with different traits. Determining the distance between the two genes is the next step in the process. This is accomplished by observing the percentage of recombinant progeny that result from a particular cross. The distance between the genes is proportional to the frequency of recombinant progeny. Crossing over occurs more frequently between genes that are far apart on the chromosome than those that are close together. As a result, genes that are close together are less likely to cross over and produce recombinant offspring.
To determine the distance between genes on the chromosome, a mapping function is used. By analyzing the frequency of recombinant progeny resulting from different crosses, the distance between the genes can be calculated. This distance is proportional to the frequency of recombinants.
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Pwease help i beg u
1. What changes might you make to a circuit in order to slow the flow of electrical energy?
2. ___________design electrical circuits for larger power grids and for all kinds of devices such as phones, robots, electric cars, and computers
Answers
1. To slow the flow of electrical energy in a circuit, you can add resistors, increase the resistance in the circuit, or decrease the voltage.
2. Electrical engineers design electrical circuits for larger power grids and various devices such as phones, robots, electric cars, and computers.
1. To slow the flow of electrical energy in a circuit, there are several changes that can be made:
a. Increasing the resistance: Adding resistors to the circuit increases the overall resistance, which reduces the current flowing through the circuit and subsequently slows down the flow of electrical energy.
b. Decreasing the voltage: By reducing the voltage in the circuit, either through a power supply or voltage regulator, the overall energy available for the electrical current to flow is reduced, resulting in a slower flow of electrical energy.
c. Changing the capacitance or inductance: By modifying the capacitance or inductance values in a circuit, such as by adding capacitors or inductors, the rate at which the circuit can store and release energy is altered, affecting the flow of electrical energy.
2. Electrical engineers design electrical circuits for larger power grids and a wide range of devices such as phones, robots, electric cars, and computers. They apply their expertise in designing and analyzing circuits to meet specific requirements and optimize performance.
For larger power grids, electrical engineers design complex systems that involve transformers, transmission lines, and distribution networks to efficiently transmit electrical power over long distances and deliver it to end users.
When it comes to devices like phones, robots, electric cars, and computers, electrical engineers design circuits that provide power, regulate voltages, control signals, and enable communication between components. They consider factors like power consumption, size constraints, safety standards, and efficiency while designing these circuits.
Their role also involves selecting appropriate components, such as integrated circuits, transistors, and sensors, and ensuring that the circuits meet industry standards and specifications.
In conclusion, electrical engineers play a crucial role in designing electrical circuits for both large-scale power grids and various devices, contributing to the efficient and safe utilization of electrical energy.
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