Answer:
Robert Hooke
Explanation:
Robert Hooke used a compound microscope to see chambers within cork and named them "cells."
Robert Hooke, an English scientist, is credited with the discovery of cells and the coining of the term "cells" to describe the microscopic structures he observed in cork under a compound microscope. In 1665, Hooke published his famous book "Micrographia," in which he detailed his observations using a microscope of his own design.
When examining a thin slice of cork under the microscope, Hooke observed a multitude of small, box-like structures with defined boundaries, resembling the cells of a honeycomb. He described these structures as "cells," drawing an analogy to the cells of a monastery, which were small rooms or chambers where monks lived.
Although Hooke's microscope was relatively simple compared to modern microscopes, his work marked a significant milestone in the history of biology and microscopy. His observations of cork cells were the first recorded discovery of cells as basic units of life, even though the cellular nature of living organisms was not fully understood at the time.
Hooke's discovery of cells laid the groundwork for the subsequent development of cell theory, which postulates that all living organisms are composed of cells, cells are the basic structural and functional units of life, and cells arise from pre-existing cells through cell division. Cell theory is now a fundamental principle of biology and has revolutionized our understanding of life and the complexity of living organisms. Hooke's contribution to microscopy and cell biology remains a significant and enduring legacy in the scientific world.
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Which description is NOT consistent with the sympathetic division?
long postganglionic fibers
ganglia close to the spinal cord
thoracolumbar
most innervation from the vagus nerve
most innervation from the vagus nerve
The vagus nerve innervates most of the parasympathetic division.
Answer:
most innervation from the vagus nerve
Explanation:
Peripheral nervous system consists of all the neurons and ganglia within the body, outside the central nervous system. It is divided into:
Somatic nervous system- it controls the movements of skeletal muscles which means that this nervous system is under the voluntary controlAutonomic nervous system- its role is to control involuntary movements of smooth muscles and glandsAutonomic nervous system consists of:
sympathetic nervous system -responsible for the "fight and flight" reactions (stressful situations but also for maintaining homeostasis)parasympathetic nervous system -opposite to sympathetic system, responsible for "rest and digest" reactions (body activities at rest)enteric nervous system-controls digestionThe description that is NOT consistent with the sympathetic division is 'most innervation from the vagus nerve'. The vagus nerve primarily serves the parasympathetic division.
Explanation:The description that is NOT consistent with the sympathetic division is 'most innervation from the vagus nerve'. The sympathetic division of the autonomic nervous system (ANS) is characterized by its thoracolumbar division and its ganglia being close to the spinal cord. It also features long postganglionic fibers. However, the vagus nerve primarily serves the parasympathetic division of the ANS, not the sympathetic division. Therefore, this description is inconsistent with the sympathetic division.
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In Europe, three lineages of bears evolved from a common ancestor. Two of those lineages led to present-day black bears and brown bears. The third lineage led to cave bears that went extinct 24,000 years ago. Which of the following could explain why only one group of bears went extinct? A. Individual cave bears must not have been able to adapt to changing conditions as quickly as brown or black bears. B. One group of bears was less highly evolved than the other two groups and was destined to die out. C. Some environmental change severely threatened cave bear survival but not the survival of brown or black bears. D. Random chance led to the extinction of cave bears and survival of brown and black bears.
Answer: A Individual cave bears must not have been able to adapt to changing conditions as quickly as brown or black bears.
Explanation:
If an any living thing can not adapt to its surroundings, then the species will go extinct as it will no longer be able to survive in those surroundings. Brown and black bears were able to adapt to the changing conditions and thus survived until today.
Final answer:
The extinction of cave bears, in contrast to the survival of black and brown bears, is most plausibly explained by environmental changes that severely threatened cave bear survival. Factors such as adaptation capabilities, dietary flexibility, and impact of human expansion play significant roles in the survival or extinction of species.
Explanation:
The question asks why only one group of bears went extinct, given that three lineages evolved from a common ancestor in Europe, leading to present-day black bears, brown bears, and the now-extinct cave bears. There are several explanations for the extinction of only one group, but the most plausible reason is related to environmental changes and adaptation. Specifically, Option C: Some environmental change severely threatened cave bear survival but not the survival of brown or black bears, is a compelling explanation. This is supported by historical evidence indicating that environmental changes have played a significant role in the extinction of species, including large mammals, during periods of climate change and human expansion. The ability of species to adapt to changing environments, dietary flexibility, and geographical spread also significantly impact their survival. Unlike their relatives, cave bears may have had more specialized needs or were unable to adapt as effectively to changing conditions, leading to their extinction approximately 24,000 years ago.
enzymes that move certain phospholipids between leaflets have also which of the following properties?A. play a role establishing and maintaining membrane lipid asymmetryB. Transport proteinsC.Blocks post-synaptic membraneD.Interacts with neighboring epithelial cells, or basal membraneE. All of these are correct.
Answer:
A. play a role establishing and maintaining membrane lipid asymmetry
Explanation:
Proteins that move move certain phospholipids between leaflets are transmembrane proteins via "flip-flop" transition have also the possibility to maintain membrane lipid asymmetry. There are few types of such proteins:
flipases-move lipids from the exterior to the interior side of the membrane, energy requiredflopases-move lipids in reverse comparing to flipases, energy requiredscramblases-no energy required, bidirectionalBecause of the action of those proteins, cytosolic side of plasma membrane differs from exoplasmic side (asymmetry).
Around the edges of many dry areas, sensitive ecosystems depend on local plant life to maintain cool, moist conditions. When humans deplete these areas of vegetation, soil rapidly disappears. Which characteristic of plants MOST likely helps to prevent soil erosion?
pollination cycles
root systems
release of moisture from leaves
photosynthetic activities
Answer:
Root systems.
Explanation:
People who sit for long periods of time are at a higher risk for heart disease, diabetes, and premature death.
Answer: Too much sitting linked to heart disease, diabetes, premature death. ... Over the course of these studies, people who sat for prolonged periods of time had a higher risk of dying from all causes even those who exercised regularly. The negative effects were even more pronounced in people who did little or no exercise.
Explanation:
The airway that connects the larynx to the bronchial tree is the
Trachea connects the larynx to bronchial tree.
Xavier boiled 45 grams of water. If all of the water changed into a gas, what would be the weight of the water vapor?
Answer:
45 g
Explanation:
Conservation of matter.
Final answer:
Xavier boiled 45 grams of water and the weight of the resulting water vapor will also be 45 grams, as the mass remains constant when water changes state due to the Law of Conservation of Mass.
Explanation:
If Xavier boiled 45 grams of water and all of it changed into a gas (water vapor), the weight of the water vapor would still be 45 grams. This is because the Law of Conservation of Mass states that mass is neither created nor destroyed in a chemical reaction. When water boils and changes from a liquid to a gas, the substance is still water (H₂O), and thus the mass remains the same, just in a different state of matter.
Under normal conditions which organisms in this community would have the greatest
What is the most effective way to generate potential solutions to a problem? how many alternate solutions should you generate?
Answer:
first we have to calm.be active in doing work .forgive other.be away from depression love other.be politebe kind honestcooperates with otherExplanation:
Hope it will help you.
click on brainlist. if these are useful.
A student crosses two true-breeding pea plants, one with green pods and the other with yellow pods. If yellow is dominant over green, what phenotype results will the student find in the F1 generation?
A. 75% yellow, 25% green
B. 75% green, 25% yellow
C. 100% green
D. 100% yellow
Answer: Its D 100% yellow
Explanation:
g g
Y Yg Yg
Y Yg Yg
In this cross-yellow color of pods showing dominant trait over the green color pod, all the progeny shows the yellow color phenotype, hence option D is correct.
What is a dominant trait?According to the law of dominance, dominant traits in alleles mask the feature of the recessive allele.
In the given question yellow color of the pod shows the dominant trait, so it will mask the character of a recessive allele which is shown by green pods.
During the cross in the F1 generation recessive character is not expressed by the allele and after this generation, it will express.
Cross between parents: YY x gg
Gametes: Y and g
Phenotypes: all the progeny will be 100% yellow
Genotypes: Yg, Yg, Yg, Yg
The cross is attached in the image below.
Therefore, 100% yellow is the result of the F1 generation, hence option D is correct.
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In response to seasonal changes in temperature, many organisms must alter the composition of their plasma membranes to maintain the proper degree of fluidity. As summer turns to fall and eventually into winter, which of the following would you predict you would observe in the plasma membranes of organisms that are unable to regulate their body temperature?A. an increase in phospholipid fatty acid side chain length and an increase in side chain saturationB. a decrease in phospholipid fatty acid side chain length and an increase in side chain saturationC. a decrease in phospholipid fatty acid side chain length and a decrease in side chain saturationD. an increase in phospholipid fatty acid side chain length and a decrease in side chain saturation
Answer:
C. a decrease in phospholipid fatty acid side chain length and a decrease in side chain saturation
Explanation:
Temperature is a factor that has a huge impact on cell membrane structure, more precisely its fluidity. So, for example, if temperature increases, the cell membrane becomes more fluid because the fatty acid tails of the phospholipids become less rigid.
Choose the word that best completes this sentence. ________ can only grow and multiply within the cells of another living thing
Answer:
The word that best complete the sentence is VIRUSES.
Explanation:
There are different types of microorganisms, one of them is virus. Viruses are different from other forms of microbes because they need living cells to become active; outside living cells they are inactive and did not exhibit any of the features of living things.
Viruses only grow and multiply when they are withing the cells of another living thing; they do not have the capacity to survive and reproduce outside a living host.
About when did the first limbs evolve in tetrapods (land-dwelling vertebrates)?
Answer:
365 million years ago
Explanation:
The tetrapods are a super-family which includes all living and extinct vertebrates that have walked and are still walking the Earth, including the mammals, reptilians, dinosaurs, sinapsids, pterodactyls, amphibians, birds. They have evolved from fish-like creatures that were living in the shallows, and over the course of millions of years they were slowly changing and adapting to amphibian life, thus partially aquatic, partially terrestrial. The first proper limbs, at least what is know so far from the fossil records, have emerged with the ichthyostega and acoantostega around 365 million years ago. These two species were able to lift their body above the ground with their limbs, support its weight, and walk on them without dragging their body on the ground. The first transitional limbs can be seen in a species that has been dated to around 375 million years ago, the Tiktaalik, which had had limbs, but still not well developed, and it was only able to stand on them while in shallow water, but on on land.
The Punnett square illustrates a cross for flower position in the pea plant. The phenotypes and genotypes of the parents have been given. The allele for axial position is dominant and represented by A. The allele for terminal flower position is recessive and represented by a. What is the genotype of the offspring? Heterozygous homozygous recessive homozygous dominant
Final answer:
The genotype of the offspring from a cross involving homozygous dominant (AA) and homozygous recessive (aa) parents will all be heterozygous (Aa) for the F1 generation with an axial flower position phenotype. In an F2 cross (Aa x Aa), the genotypic ratio will be 1 homozygous dominant (AA), 2 heterozygous (Aa), and 1 homozygous recessive (aa), with a phenotypic ratio of 3 axial to 1 terminal.
Explanation:
The gene for flower position in pea plants has two alleles: axial (A), which is dominant, and terminal (a), which is recessive. For a cross involving two parents that are homozygous for each trait (AA x aa), all F₁ offspring would be heterozygous (Aa) because each parent can only contribute one type of allele. Consequently, all F₁ plants would display the axial flower position phenotype since it is dominant.
For the F₂ generation, which involves crossing two F₁ heterozygous individuals (Aa x Aa), the Punnett square predicts that the offspring will have the following genotypes and phenotypes: 1 AA (homozygous dominant), 2 Aa (heterozygous), and 1 aa (homozygous recessive). The expected phenotypic ratio would be 3 axial: 1 terminal flowering positions, as the dominant A allele expresses the axial phenotype in both AA and Aa genotypes, while only the aa genotype will express the terminal flowering position.
The process of making rna from dna is called
Answer: DNA transcription
Transcription is the process where RNA is created from DNA using RNA Polymerase. This creates an mRNA strand carrying genetic instructions which will be translated into a protein during translation.
Explanation:The process of creating RNA from DNA is known as transcription. This process involves an enzyme known as RNA Polymerase which unzips the DNA's double helix structure to use one strand as a template for building an mRNA molecule. The constructed mRNA molecule carries genetic instructions from the DNA and these instructions will subsequently be read by ribosomes in the protein synthesis process, also known as translation.
Transcription can be divided into three main stages: initiation, elongation, and termination. During initiation, the RNA Polymerase attaches to a specific area on the DNA strand. For elongation, the enzyme moves along the DNA template, synthesizing a new mRNA strand in a 5' to 3' direction. Once the RNA Polymerase encounters a termination signal on the DNA, transcription stops, and the mRNA molecule is released.
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The two main neurotransmitters of the autonomic nervous system are
I believe that they’re norepinephrine (NE), and the acetylcholine (Ach). Hope this helps!
The autonomic nervous system uses two key neurotransmitters, acetylcholine (ACh) and norepinephrine. They are released by the fibers of the sympathetic and parasympathetic divisions, binding to specified receptors on the target cells.
Explanation:The two main neurotransmitters of the autonomic nervous system are acetylcholine (ACh) and norepinephrine. Sympathetic and parasympathetic divisions of the autonomic nervous system have both types of neurons. The pre-ganglionic fibers release ACh and these fibers have nicotinic receptors in their cell membranes. Postganglionic parasympathetic fibers also release ACh, but the receptors on their targets are muscarinic receptors. On the other hand, postganglionic sympathetic fibers release norepinephrine, which binds to adrenergic receptors on the target cell. The exception is the fibers that lead to sweat glands and blood vessels associated with skeletal muscles, which release ACh.
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Where is the dinosaur national monument located
Nevada? I am not sure but I am thinking that is where it is. Hope that helps you!? Have a great day!
What implications need to be considered when creating environmental policies?
1.How much will it cost?
2.How will it affect the environment?
3.How will it affect people?
4.Is the benefit worth the cost?
5.How will it reduce tourist activity?
Answer:
2 and 4
Explanation:
Answer:
From 1 to 3.
Explanation:
When dealing with environmental laws and other policies the policymakers need to make users how much will the cost be or need to take an estimate of the funds that are needed to make environmental policies. Then it's essential to estimate the environment in which it's going to affect and take into account the effect of these policies it will have on other environments. Whether it will be beneficial for the others taking into account the human factors like immigration and emigration etc. Environment laws have never been made without the due acceptance of the countries in treaty such as the UNEP is a program that aims for all the overall environmental protection and regulation of norms of planning.Beyond their role in energy transfer, what other benefit do microorganisms that act as producers provide for ecosystems
Microorganisms that act as producers in ecosystems contribute to nutrient cycling, form symbiotic relationships with plants, participate in bioremediation, and are integral to soil formation and stabilization.
Explanation:Beyond their role in energy transfer, microorganisms that act as producers provide a myriad of benefits for ecosystems. Microorganisms such as bacteria and fungi play crucial roles in nutrient cycling, including the carbon and nitrogen cycles. These cycles are essential for maintaining the balance of nutrients, such as carbon and nitrogen, in ecosystems.
Many microorganisms form symbiotic relationships with plants, such as nitrogen-fixing bacteria that associate with the roots of legumes, thereby enriching the soil with nitrogen that plants can use. Furthermore, microorganisms contribute to soil formation and stabilization, which prevents erosion and maintains soil health. This in turn supports plant growth and promotes biodiversity.
Microorganisms also engage in bioremediation, a process where they remove pollutants from the environment. This is vital for maintaining clean air and water. In addition, their decomposing action is necessary for the breakdown of organic matter, which replenishes nutrients in the ecosystems. These functions are indispensable for the survival not only of individual ecosystems but also of the planet as a whole.
Which sequence of events describes natural selection? Which sequence of events describes natural selection? A population of a mammal species varies in the length of their legs; water levels rise and the habitat becomes swampy; the individuals with shorter legs are better able to swim to food; the population evolves to become shorter-legged. A population of a mammal species lives near the water; water levels rise and the habitat becomes swampy; the act of swimming shortens the legs of the mammals; the offspring of the mammal species have shorter legs. A population of a mammal species lives near the water; water levels rise and the habitat becomes swampy; the animals have trouble moving in the water; the population changes to a shorter-legged type so they can move more easily in the water. Water levels rise, and a habitat becomes swampy; a population of a mammal species on high ground observes the change; individuals with shorter legs migrate to the area.
Answer:
i dont know maybe exall.4
Explanation:
the way its made is unusual but its correct to sell if its 97 degrees at all times
im 50% sure
Which statement is true about rock changes over time?
Only rocks with a high degree of quartz in them can stop erosion.
Rock slides cause little damage.
All rocks can be subject to rock falls.
No rock is hard enough to resist the force of erosion.
Answer:
No rock is hard enough to resist the force of erosion.
Explanation:
Rocks like Granite, Diamonds, and just a pebble laying on the ground can be eroded over time. Even Mountains get eroded!
Answer:
C.
Explanation: promise
Przyjrzyj siê zdjêciom a nastêpnie zapisz zgodnie z przyk³adem w jakiej formie wystepuj¹ przedstawione na ich rosliny okrytonasienne
Answer:
Proszę podać zdjęcie wraz z pytaniem.
The term mass wasting describes
the downslope movement of a landslide.
the process by which an area becomes a desert.
islands sinking into the ocean.
glacial movement of boulders.
Answer:
The down-slope movement of Earth's materials due to gravity.
Explanation:
Final answer:
Mass wasting refers to the downslope movement of earth materials driven by gravity and includes landslides, rock falls, slides, and flows, typically caused by factors that destabilize the slope.
Explanation:
The term mass wasting describes the downslope movement of rock and soil material due to gravity. It encompasses a range of movements including landslides, rock falls, rock topples, rock slides, and flows. Mass wasting can be triggered by seismic activity, volcanic eruptions, intense rainfall, and human activities that weaken slope stability. Key factors that influence mass wasting are the slope's angle and the shear strength of the slope materials.
When the shearing stress on earth materials exceeds their shearing strength, mass movement occurs. Landslide is a term often used synonymously with mass wasting, though it typically refers specifically to the rapid movements within this category. Therefore, out of the given options, mass wasting describes the downslope movement of a landslide.
PLEASE HELP!!!! I WILL GIVE BRAINIEST!!!! What is the difference between weathering and erosion? How are mechanical weathering and chemical weathering different? How are hydrolysis and oxidation similar? Explain the process of exfoliation. As waves crash into rock along the shoreline, particles of sand, shell, and other materials in the ocean water loosen tiny bits of sediment from the rock. As the waves recede, they carry the sediment away. In this scenario, which process represents weathering, and which process represents erosion?
Answer:
Explanation:
1. What is the difference between weathering and erosion?
ANSWER
Weathering is the physical disintegration and chemical decomposition of rocks to form soils and rocks. Weathering acts to break down earth materials.
while
Erosion is the wearing or washing away of weathered materials. Without weathering, there won't be erosion.
2. How are mechanical weathering and chemical weathering different?
Solution
Mechanical weathering is the physical disintegration of rocks. Examples are:
>Pressure release on rocks
>Biological activities
>Freezing and thawing
> Drying and wetting of rocks
Mechanical weathering helps to loosen rocks and to increase surface area of exposure of rocks.
while
Chemical weathering is the deacy and decompostion of rocks. Chemical reactions on rocks are initiated naturally in different forms. Bonds between rock molecules are broken, water can dissolve some soluble rock contents, etc, all this would lead to chemical weathering of such rocks. Chemical weathering occurs through:
>Hydrolysis
>Carbonation
>Oxidation etc.
4. How are hydrolysis and oxidation similar?
Hydrolysis and oxidation are both processes of chemical weathering. They aid in chemical decomposition of rocks.
Hydrolysis causes decompositon through the action of water. In oxidation, oxygen reacts with earth materials.
5. Explain the process of exfoliation.
Exfoliation is a physical weathering process. It accompanies pressure release on a rock surface.
Rocks overly one another and by so doing, they mount pressure on the underlying ones. The part of the bedrock close to overhead rock receives more pressure while the part far away receives little to no pressure. This differential pressure is what leads to exfoliation of rocks. Exfoliation is produced when the overlying rock is moved away and the pressure is released.
When a rock exfoliates, it breaks down into layers like an onion skin. It can create a massive feature known as an exfoliation dome. Each sheet is a product of pressure differences.
6. As waves crash into rock along the shoreline, particles of sand, shell, and other materials in the ocean water loosen tiny bits of sediment from the rock.
>>>>>>>>>This is weathering
As the waves recede, they carry the sediment away. In this scenario, which process represents weathering, and which process represents erosion?
>>>>>>>>> This is erosion
Answer:
1.Weathering is the breakdown of rock into smaller particles through mechanical or chemical means. Erosion is the process by which weathering products are carried away.
2.Mechanical weathering simply breaks rock into smaller fragments. Chemical weathering actually changes the mineral composition of rock.
3.Hydrolysis and oxidation are similar in that both involve chemical reactions between a mineral and another material. Hydrolysis is a chemical reaction between a mineral and water. Oxidation is a chemical reaction between a mineral and oxygen.
4.Exfoliation is the cracking of rock caused by a decrease in pressure. It occurs when a mass of rock is exposed by weathering and removal of the overlying rock, which decreases pressure on the rock. As a result, the rock expands, which causes the rock to crack.
5.In the scenario, weathering occurs when tiny bits of sand and shell in the waves loosen bits of sediment from the rock. Erosion occurs when the waves carry away those bits of sediment.
Variations in the size and shape of cells within a single species of bacteria is known as ______.
Answer: Pleomorphism
What does the right side of the brain control
Answer:
The right side coordinate the left side of the body and helps in comparisons, rough calculations and has to do with art and creativity.
Explanation:
The brain is made up of two hemispheres which include right and left hemisphere. Thus, each of the hemispheres is connected together by bundles of nerve fibers. However, right hemisphere is commonly refers to as analog brain that coordinate the left side of the body. Furthermore, the right side of the brain helps in comparisons, rough calculations and has to do with art and creativity. Similarly, it is responsible for the control of reasoning, attention, problem solving and memory.
Choose the word that best completes the statement about Stanzas 90 through 92 of Canto I in Don Juan.
Byron uses Wordsworth and Coleridge as objects of _____.
respect
ridicule
inspiration
Answer:
Option A ridicule
Explanation:
Byron made sure that he shall never neglect the inclusion of literary and cultural criticism in his comedic epic and thus he uses Wordsworth and Coleridge first object of respect sarcastically mentions that his own writings are very small as compared to the great accomplishments of these two writers and then in later lines he criticize their discursive and verbose styles of writing thereby demonstrating his own cursory STYLE
Hence, option B is correct
Byron uses Wordsworth and Coleridge as objects of ridicule.
In Stanzas 90 through 92 of Canto I in Don Juan, Byron uses Wordsworth and Coleridge as objects of ridicule. He satirizes their poetic style and themes, contrasting their idealized portrayals of nature with a more realistic and humorous perspective.
Byron pokes fun at the Romantic poets' tendency to indulge in lofty and sentimental themes, portraying them as disconnected from the realities of everyday life.
Byron uses Wordsworth and Coleridge as objects of ridicule in Stanzas 90 through 92 of Canto I in Don Juan, satirizing their poetic style and themes.
Enzymatic catalysis of the peptide bond between the growing polypeptide and the next incoming amino acid takes place in which binding site?
Answer:
A site
Explanation:
During the process of translation, ribosomes play a major role in connecting mRNA codons with tRNA anticodons. Ribosomes are composed of two subunits which consist ofproteins and rRNA. The tree sites of ribosomes are:
P site or peptidyl site-this site binds to the tRNA which holds the growing polypeptide chain. A site or acceptor site-this is a site of peptide bond formation between the growing polypeptide and the next incoming amino acid E site or exit site-the site for the final binding of t-RNA .What do cinders, ash, and lava all have in common?
They all travel thousands of kilometers by air after volcanic eruption.
They all flow slowly down the sides of volcanoes after eruption.
They are all different forms that magma takes after a volcanic eruption.
They are all formed during effusive, but not explosive, eruptions.
Answer:
I'd say it is C. They are all different forms that magma takes after a volcanic eruption
Explanation:
Magma is the liquid form of lava and ash and cinder come form the burning of matter. Hope this helps.
During volcanic eruptions, the particle remaining of the solids is called ash while partially or predominantly burned out material from incomplete combustion of woods and coal results in cinders.
Cinders, ash and lava are all different forms that magma takes after a volcanic eruption.
The substances can be explained as:The volcanic eruptions results in the flow of a hot liquid called lava from the beneath layers of earth and the burnt material are in the form of ashes.The burnt particle of wood and coals are called cinders and together with ash and lava are the forms of magma and burning of matter.Therefore, option C is the correct statement.
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Which of these might be a positive effect of the increase in carbon dioxide levels? A. Rise in sea level B. Decrease in plant growth C. Increase in plant growth D. Increased melting of ice caps
Answer:
Explanation:
The answer should be B
Plants breath in CO2 and breath out oxygen. If there are fewer plants, there is going to be left over CO2.
Answer:
Its C
Explanation:
Plants use carbon dioxide for photosynthesis thus making plant growth increase
HOPE THIS HELPS