According to the cellular clock theory of aging, cells can divide a maximum of around 50 to 70 times. It is before losing the ability to divide further.
The cellular clock theory of aging suggests that human cells can only divide a certain number of times before stopping division completely. This limit on the number of times cells can divide is attributed to the shortening of telomeres, which are protective caps at the end of chromosomes that shorten with each cell division. The telomere shortening is part of the cell's genetic program, which is responsible for a limited number of cell divisions in a person's lifetime. Once the telomeres are gone, cells can no longer divide, and they start to accumulate cellular damage and lose their function.
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dna is considered a polymer: a large biological molecule composed of many smaller, repeating subunits. the smaller molecules that are covalently bonded together to make a large polymer are called monomers. what term is used to refer to the monomers of nucleic acids (like dna and as we will see later rna)?
The smaller molecules that are covalently bonded together to form a large polymer such as DNA are called nucleotides. Nucleotides are the monomers of nucleic acids.
Nucleotides are the building blocks or monomers of nucleic acids, which are the large polymers that make up genetic material such as DNA and RNA. Nucleic acids are critical molecules that store and transmit genetic information in living organisms.
Nucleotides are small organic molecules that consist of three main components: a nitrogenous base, a sugar molecule, and a phosphate group.
The nitrogenous base can be one of four types: adenine (A), guanine (G), cytosine (C), or thymine (T) in DNA, and uracil (U) in RNA. The sugar molecule in DNA is called deoxyribose, while in RNA it is called ribose. The phosphate group is a functional group consisting of a phosphate atom bonded to four oxygen atoms.
The nucleotides are covalently bonded together through a process known as condensation or dehydration synthesis, in which a phosphate group from one nucleotide forms a covalent bond with the sugar molecule of another nucleotide, resulting in the formation of a phosphodiester bond.
This repeated bonding of nucleotides forms a long chain, with the phosphate groups and sugar molecules forming the backbone, and the nitrogenous bases extending from the backbone. The sequence of the nitrogenous bases in the nucleotide chain determines the genetic information encoded in the nucleic acid.
Nucleotides play a crucial role in the structure and function of nucleic acids. They provide the genetic code that determines the sequence of amino acids in proteins, which are responsible for various cellular functions.
The sequence of nucleotides in DNA carries the genetic information that is passed from one generation to another during reproduction and plays a key role in the heredity and diversity of living organisms.
In summary, nucleotides are the smaller molecules that are covalently bonded together to form the large polymers known as nucleic acids, such as DNA and RNA.
They serve as the monomers or building blocks of nucleic acids, carrying the genetic information necessary for the structure and function of living organisms.
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panthers with teeth that are too short have difficulty capturing prey while panthers with teeth that are too long have difficulty chewing their food
Answer:
Yes, this is true, but certain panthers with deviations do not survive.
Explanation:
The thing is that the teeth of predatory animals are like hands, and if they are not in good condition, then they cannot use them correctly.
What happens to water after it falls as precipitation?
Answer: It becomes runoff.
Explanation: What is precipitation?
Precipitation is the step in the water cycle where water falls in a variety of forms such as rain, sleet, hail, and snow.
What is runoff?
Runoff is when the water that came down slides off of rocks, mountains, hills, etc.
After runoff occurs, the water either collects in a puddle or returns to a body of water.
what do you notice about the number of hydrogen bonds that exist between the nucleotides?
The number of hydrogen bonds that exist between the nucleotides are The Adenine - Thymine base pair is held together by 2 hydrogen bonds while the Guanine - Cytosine base pair is held together by 3 hydrogen bonds.
An biological molecule known as a nucleotide has the fundamental building blocks of a nitrogenous base, pentose sugar, and phosphate.
As polynucleotides, DNA and RNA are composed of a chain of monomers with various nitrogenous bases. The execution of metabolic and physiological processes requires nucleotides.
Adenosine triphosphate, or ATP, serves as the energy standard for cells. Many metabolic activities require nucleotides, which combine to generate a variety of coenzymes and cofactors such coenzyme A, NAD, NADP, and others.
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Write the adaptations of animals living in aboreal habitet.
Answer:
Arboreal animals are very well adapted to staying or hanging on to trees. Many of them have little bodies and clawed or sticky feet. Some of them have prehensile tails that they use to grasp tree branches.
Claws, adhesive pads, flexible ankle joints (such as a squirrel's) that can turn forwards and backwards are all adaptions useful for staying in place. Arboreal primates have hairless fingertips that allow the animal's hand to squeeze the branch between the fingertips to generate friction.
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the loss of the lumbricids' trochophore larval stage is an obvious adaptation to a more terrestrial environment group of answer choices true false
The loss of the lumbricids' trochophore larval stage is a true adaptation to a more terrestrial environment because the larvae require a marine environment to survive. The absence of a trochophore stage means that the lumbricid is better adapted to the terrestrial environment and can reproduce more easily in it.
Lumbricids are earthworms that belong to the phylum Annelida. They are generally found in soils in a variety of habitats, such as forests, grasslands, and agricultural land. Lumbricids have a segmented body that is long and narrow, with a reddish-brown color. They have no legs, and instead, they move by contracting and relaxing their muscles to push themselves through the soil.The trochophore larval stage is an early stage in the development of many invertebrate animals. It is characterized by a ciliated band that encircles the animal's body, allowing it to swim freely in the water. The trochophore larval stage is seen in many marine invertebrates, such as molluscs and annelids. It is also found in some freshwater invertebrates, such as certain species of snails and clams.The loss of the lumbricids' trochophore larval stage is an adaptation to a more terrestrial environment. This adaptation enables the lumbricids to live in soils instead of water. Since the trochophore larval stage is adapted to a free-swimming lifestyle in water, it is no longer necessary for lumbricids living on land. Instead, lumbricids have evolved a direct mode of development, in which they hatch from eggs and develop directly into miniature versions of adults.Learn more about trochophore larval stage: https://brainly.com/question/26971426
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Which one of the following has the highest heating value per pound? A) Coal B) Oil C) Natural gas. C) Natural gas.
Answer:
C) Natural gas
What are the reasons on why it took women so long to be able to vote in the declaration of sentiments
The reasons why it took women so long to gain the right to vote in the Declaration of Sentiments include societal norms, legal barriers, opposition from conservative groups, slow social etc.
Reasons for the Declaration of Sentiments?There were several reasons why it took women so long to gain the right to vote in the Declaration of Sentiments, including societal norms that limited women's participation in politics and public life, legal barriers that denied women the right to own property or control their wages, opposition from conservative groups and politicians, and the slow pace of social and political change.
Additionally, some suffragists faced discrimination and violence, which made it difficult to achieve their goals. The struggle for women's suffrage was a long and arduous process that involved the efforts of many women and men over several decades.
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2) blood gases have been ordered on a 3-month-old infant. how should the collection site be chosen and prepared, and what equipment should be used to collect the specimen?
The collection site for blood gases on a 3-month-old infant can be the radial or brachial artery. The site should be prepared with an antiseptic solution and a topical anesthetic may be applied.
Equipment needed includes a sterile collection kit, a syringe, and a heparinized capillary tube. The procedure should be performed by a trained healthcare professional using sterile technique. After collection, the specimen should be handled carefully, mixed gently, placed on ice, and transported to the laboratory as quickly as possible.
Blood gas collection from infants requires careful consideration of the collection site, as well as meticulous preparation and handling of the specimen. The radial or brachial artery can be used as the collection site, which should be prepared with an antiseptic solution to prevent infection. A topical anesthetic may be used to reduce discomfort during the procedure. Equipment required includes a sterile collection kit, a syringe, and a heparinized capillary tube. After collection, the specimen should be handled carefully, mixed gently, and placed on ice to minimize changes in blood gas levels. Transport to the laboratory should be done as quickly as possible to ensure accurate results.
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Please answer ASAP! Whoever answers correctly with detailed answer will receive BRAINLIEST!!! Thank you in advance!
If a man with type A blood (genotype AA or AO) is married to a woman with type O blood (genotype OO), their possible offspring blood types are: their children can only have blood types A or O.
What is the inheritance pattern of blood types?The inheritance pattern of the ABO blood type shows codominance between the A and B genotypes.
If a man with type A blood (genotype AA or AO) is married to a woman with type O blood (genotype OO), their possible offspring blood types are:
A: 50% chance (AO genotype from father, OO genotype from mother)
B: 0% chance (the mother does not carry the B allele)
AB: 0% chance (the mother does not carry the B allele)
O: 50% chance (OO genotype from both parents)
If a man with type AB blood (genotype AB) is married to a woman with type O blood (genotype OO), their possible offspring blood types are:
A: 50% chance (AO genotype from father, OO genotype from mother)
B: 50% chance (BO genotype from father, OO genotype from mother)
AB: 0% chance (the mother does not carry the A or B allele)
O: 0% chance (the father does not carry the O allele)
Therefore, their children can only have blood types A or B, with a 50% chance for each.
If both parents are dwarfs (genotype DD), they must have inherited one copy of the dominant dwarfism allele from each parent. Therefore, all of their offspring will inherit one copy of the dwarfism allele (D) and one copy of the normal height allele (d), making them all heterozygous (Dd) for the dwarfism trait.
If one of their children is a dwarf (phenotypically DD), that means they inherited two copies of the dwarfism allele, one from each parent. Therefore, their genotype must be DD (homozygous dominant).
If the other child is not a dwarf (phenotypically dd), that means they inherited two copies of the normal height allele, one from each parent. Therefore, their genotype must be dd (homozygous recessive).
The genotypes of the family are:
Father: DD
Mother: DD
Child 1 (dwarf): DD
Child 2 (normal height): dd
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Complete question:
5. A man with type A blood is married to a woman with type O blood. What are ALL of the possible blood types of their children.
6. A man with type AB blood is married to a woman with type O blood. What are all the possible blood types of their children?
7. Dwarfism in humans is a domininat trait that is also lethal if an individual inherits two copies. Show the genotypes of a family wear both parents are dwarfs and they have 2 children, where one is a dwarf and the other is not.
in which organism would you expect to find hemolymph? group of answer choices toxoplasma (protist) vampire bat (mammal) meganeura (dragonfly) wood frog (amphibian) schistosoma (flatworm)
In Meganeura (dragonfly) we could expect to find hemolymph.
Hemolymph is primarily present in invertebrates and not in vertebrates such as mammals, reptiles, or birds.
What is hemolymph?Hemolymph is a term used to describe the fluid found in the open circulatory system of several invertebrates. Hemolymph, which is a combination of blood and interstitial fluid, has various functions in the body of the invertebrates. This fluid is responsible for transporting nutrients, waste products, and hormones in the body of invertebrates.
Hemolymph also provides support for the invertebrates' internal structures and serves as a cushion against shocks and sudden movements. Hemolymph, unlike blood in mammals, does not transport oxygen. Instead, invertebrates depend on a network of tubes to supply oxygen throughout their bodies.
The circulation of hemolymph through the vessels is influenced by various factors such as contraction of the invertebrate's body muscles and movement of other organs, particularly those that squeeze and stretch the hemolymph vessels.
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targeted therapies are used in patients with a set gene expression pattern. a targeted therapy that prevents the activation of the estrogren receptor in breast cancer would be beneficiail to which type of patient
Targeted therapies are used in patients with a set gene expression pattern. A targeted therapy that prevents the activation of the estrogen receptor in breast cancer could be beneficial to patients with ER-positive breast cancer.
ER-positive breast cancer is caused by cells that have too many estrogen receptors, which can cause them to grow uncontrollably. The targeted therapy would prevent the estrogen receptor from being activated, thus preventing cell growth. This type of therapy could potentially be used as an alternative to chemotherapy, which can have negative side effects. Additionally, it could be used in combination with other treatments, such as radiation therapy, in order to maximize the efficacy of the treatment. Targeted therapies are an important part of the fight against breast cancer, and the prevention of the activation of the estrogen receptor could be beneficial to many patients.
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the type of muscle fibers that are used to maintain posture in the back muscles are primarily is called ?
The type of muscle fibers used to maintain posture in the back muscles are primarily slow twitch or type I muscle fibers. These fibers are designed to be used for long duration, low intensity activities and are highly resistant to fatigue.
They are able to contract for extended periods of time and are designed to hold the body in a certain position for a long period of time. Slow twitch fibers are also highly efficient, meaning they can conserve energy and maintain posture without the need for large amounts of energy. This allows the muscles to maintain their posture without feeling fatigued.
Additionally, slow twitch fibers are also highly resistant to injury, meaning they are able to maintain posture without becoming overused or injured. This makes them an ideal choice for the back muscles, as they are able to maintain posture without the risk of damage or overuse.
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Inside eukaryotic cells, several organelles have sections of membranes that have folds or protrusions. Examples include the inner membrane of the mitochondria, the thylakoids in the chloroplast, and the endoplasmic reticulums. What benefit do these organelles gain by having these structures?
The main benefit that these organelles gain by having folded or protruding membrane structures is an increased surface area. This increased surface area allows for more efficient functioning of the organelle by providing more space for important cellular processes to occur.
For example:
1. In the mitochondria, the inner membrane has folds called cristae, which increase the surface area for the electron transport chain and ATP production to take place more efficiently.
2. In chloroplasts, the thylakoid membranes contain the photosynthetic pigments and electron transport chain components necessary for photosynthesis. The increased surface area provided by the thylakoids allows for more efficient light absorption and energy conversion.
3. The endoplasmic reticulum (ER) has a network of membrane folds that provide more surface area for protein synthesis (in the rough ER) and lipid synthesis (in the smooth ER).
In summary, the folded or protruding structures in these organelles allow for increased surface area, which in turn enables more efficient cellular processes and better overall functioning of the organelle.
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a silent mutation would cause: group of answer choices a change in the conformation of a protein the inhibition of translation no change in the amino acid sequence of a protein the inhibition of transcription
A silent mutation would cause (c) no change in the amino acid sequence of a protein.
A silent mutation, as the name implies, is a mutation that does not result in any modifications to the amino acid sequence of a protein.
These types of mutations arise as a result of modifications in the DNA sequence that do not lead in any changes to the amino acid sequence since the altered codon still encodes the same amino acid.
As a result, silent mutations do not have any effect on the resulting protein.
The possible options and their explanations are:
a) a change in the conformation of a protein: A change in the conformation of a protein may be caused by a change in the amino acid sequence of a protein.
b) the inhibition of translation: If the process of translation is inhibited, the synthesis of proteins will be stopped. It is not caused by silent mutations.
c) no change in the amino acid sequence of a protein: As already explained, silent mutations lead to no change in the amino acid sequence of a protein.
d) the inhibition of transcription: If the process of transcription is inhibited, RNA will not be synthesized. It is not caused by silent mutations.
A silent mutation would cause no change in the amino acid sequence of a protein. Therefore, the correct option is C.
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the process whereby neutrophils and other white blood cells are attracted to an inflammatory site is called . a) diapedesis b) chemotaxis c) margination
The process whereby neutrophils and other white blood cells are attracted to an inflammatory site is called chemotaxis. The correct answer is option b.
What is chemotaxis?Chemotaxis is a directional movement of cells in response to a chemical gradient. Cells are drawn to higher concentrations of signaling molecules or other chemicals released by a target or source, resulting in migration in the direction of the chemical concentration gradient.
This system is common among prokaryotes, algae, and fungi, as well as some animal cells, such as leukocytes (white blood cells).Chemotaxis is the process of attracting neutrophils and other white blood cells to an inflammatory site.
This process is an essential aspect of host defense against invading pathogens, as well as the regulation of immune responses, the promotion of tissue regeneration and repair, and the development and maintenance of numerous biological processes, including neuronal growth, chemorepulsion, and cellular migration.
Thus, the correct answer is option b.
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the only structure that attach directly to the lungs is ?
a. trachea.
b. bronchi.
c. bronchioles.
d. terminal bronchioles.
The correct answer is d. terminal bronchioles.
Terminal bronchioles are the smallest air passages in the lungs and are responsible for delivering air directly to the respiratory bronchioles, where gas exchange occurs. The trachea, bronchi, and bronchioles are all part of the airway system that leads to the lungs but they do not directly attach to the lungs.
he evolution of photosynthesizing organisms on earth resulting in an oxygen-rich atmosphere led to a rapid diversification of life. what advantage does being able to use oxygen in the process of cell respiration offer cells compared to continuing to live under anaerobic conditions
Being able to use oxygen in the process of cell respiration offers cells an advantage over continuing to live under anaerobic conditions in that it generates more ATP through oxidative phosphorylation.
What is cell respiration?The oxidation of glucose to produce ATP is known as cell respiration. In other words, cell respiration is the process of energy production in a cell that includes the Krebs cycle and oxidative phosphorylation, which are collectively referred to as aerobic respiration.
Therefore, the ability to use oxygen in the process of cell respiration provides cells with a significant advantage in terms of energy production and allows them to carry out complex biochemical processes that are essential for their survival.
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What do we call objects that do not easily allow heat to travel through them?
A; Insulators
B; Idolaters
C; Protectors
D; Transfers
Answer:
Insulators do not allow heat to pass through them.
Which feature is created by wave erosion?O loessO deltaO rillO stack
Wave erosion is a geological process that occurs along the coastlines of oceans, seas, and other bodies of water. It is caused by the impact of waves against the shoreline, which can create a variety of landforms.
One of the features created by wave erosion is a stack. A stack is a tall, vertical column of rock that is isolated from the mainland and surrounded by water. It is formed by the gradual erosion and collapse of a headland, which is a rocky promontory that juts out into the sea. Over time, the constant pounding of waves against the headland can wear away the softer rock layers, leaving behind a tall stack of harder, more resistant rock. Stacks can be found in many coastal regions around the world, and they are often popular tourist attractions due to their dramatic appearance and the unique ecosystems that they support.
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indicate whether the label identifies a specific or nonspecific form of defense.
The label identifies a specific or nonspecific form of defense are
Specific form: B-lymphocytes, Antibodies, Cytotoxic T-lymphocytes, and Plasma cellsNonspecific form: Skin, Neutrophils, and MonocytesWhat is non-specific immunity?The nonspecific immunity definition is the immunity you аre born with thаt provides generаlized protection аgаinst pаthogens. This generаlized defense system works аll the time to prevent infection. This is аlso cаlled innаte immunity. It includes:
Physicаl bаrriers, like skin аnd mucous membrаnesChemicаl deterrents, like аntimicrobiаl enzymes in bodily fluids аnd stomаch аcidReflexes, like coughing аnd sneezingCells, like mаcrophаges, bаsophils, аnd nаturаl killer T-cellsWhаt is specific immunity?Specific immunity, аlso known аs аcquired immunity, is developed аfter the body is exposed to specific pаthogens аs а form of future protection. It is the body's wаy of remembering whаt dаngers exist аnd how to fight them. The following cells help develop аnd retаin specific immunity.
Cytotoxic T-Cells. These cells аre identified by their аntigens.B-cells. They аttаch to а single аntigen.Аntibodies аre Y-shаped proteins thаt constаntly scаn the body for specific invаders.Helper T-Cells. They аre only аctivаted by specific pаthogens.Your question is incomplete, but most probably your full question can be seen in the attachment.
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which four of the following are characteristics of a yeast artificial chromosome? multiple select question. centromere sequence cos site for phage packaging a selectable marker bacterial origin of replication multicloning site telomere sequences at each end
The four of the following are characteristics of a yeast artificial chromosome are centromere sequence, a selectable marker, bacterial origin of replication, and telomere sequences at each end
Yeast artificial chromosome (YAC) is a vector that is used to clone the DNA fragments of more than 200 kb size, it is commonly used for genomic studies. In YAC, DNA of interest is cloned between two telomeres in yeast cells and YACs contain four essential features which are centromere sequence, bacterial origin of replication, telomere sequences at each end, and a selectable marker. The multicloning site and cos site for phage packaging are also included in YAC. Yeast artificial chromosomes (YACs) are used to clone large DNA fragments up to 2,000 kilobases in length.
YAC vectors contain four necessary components: a bacterial origin of replication, a centromere sequence, a telomere sequence, and a selectable marker. YAC vectors must include these components for efficient propagation in bacteria and yeast: a bacterial origin of replication to allow the vector to replicate in bacteria; a selectable marker to allow identification of cells that have taken up the vector; a centromere sequence to ensure proper mitotic segregation of the YAC and to allow for replication in yeast cells; and telomere sequences to protect the ends of the linear YAC from degradation by exonucleases. The YAC vector also contains a multi-cloning site (MCS), which allows for cloning of large DNA fragments, as well as a cos site for phage packaging.
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During electron transport, which serves as a ready source for protons that can be pumped across the membrane? A. O2B. H2O C. ATP D. NADH E. glucose
During electron transport, NADH serves as a ready source for protons that can be pumped across the membrane. The electron transport chain (ETC) is the primary function of the final step of cellular respiration that leads to the creation of ATP molecules in oxidative phosphorylation.
The NADH and FADH2 molecules that are produced by glycolysis and the Krebs cycle are oxidized, releasing high-energy electrons and H+ ions that are then passed to the electron transport chain. The ETC is located in the inner mitochondrial membrane of eukaryotes and the plasma membrane of prokaryotes. During electron transport, high-energy electrons are passed through a series of electron carriers that are embedded in the membrane.
As the electrons move through the chain, they lose energy, which is used to pump protons out of the mitochondrial matrix and into the intermembrane space. This establishes an electrochemical gradient across the membrane, with a higher concentration of protons in the intermembrane space than in the matrix. The protons then flow back into the matrix through ATP synthase, which uses the energy from their movement to make ATP from ADP and inorganic phosphate.
The NADH and FADH2 molecules that enter the electron transport chain are ultimately oxidized by molecular oxygen (O2), which is the final electron acceptor in the chain. As O2 is reduced to form water (H2O), it also accepts protons that have been pumped across the membrane, allowing the electron transport chain to continue to pump protons and produce ATP.
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Does anyone know how to help with Karyotypes and meiosis.
Under a microscope, karyotyping distinguishes the number of chromosomes present together with their size, centromere location, and band pattern. For meiotic and mitotic cells, this diagnostic tool is crucial.
Why is a karyotype useful and how is it created by scientists?A karyotype is created by taking a photograph of one cell's chromosomes, cutting them out, and arranging them according to guidelines such as size, banding pattern, and centromere placements. Under a light microscope, a karyotype describes the number of chromosomes and the shape of an organism.
It can be challenging to research and comprehend the activities of individual genes and how they interact with one another due to the vastness and complexity of the human genome.
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Crystal made the following table to compare the different types of faults. What needs to be corrected?
Normal Faults Reverse Faults Strike-slip Faults
Involve dip movements Involve dip movements Invovle horizontal movement
Occur at convergent boundaries Occur at divergent boundaries Occure at transform boundaries
Dip-slip Dip-slip Strike-slip
Reverse faults involve horizontal movement and are strike-slip faults.
Normal faults involve horizontal movement and are strike-slip faults.
Reverse faults occur at transform boundaries and Strike-slip faults occur at divergent boundaries.
Normal faults occur at divergent boundaries and reverse faults occur at convergent boundaries.
Reverse faults occur at transform boundaries and Strike-slip faults occur at divergent boundaries.
Sudden movement along Earth's fault lines causes earthquakes. The motion releases "elastic strain" energy that has been accumulated inside the form of seismic waves, that travel through the Earth & cause the earth to tremble. A mid-ocean ridge, or underwater mountain system created by plate tectonics, is what is referred to as the Mid-Atlantic Ridge (MAR). The "elastic rebound theory" for earthquakes refers to this steady buildup & release of stress and strain. Reverse faults happen at convergent borders whereas normal faults happen at divergent boundaries.The abrupt elastic rebounding of previously energy stored is what causes most earthquakes. Tectonic plates, which are huge chunks of the lithosphere of the Earth, split away from one another during the geologic process of seafloor spreading.
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four muscles that originate on the scapula, wrap around the joint, and fuse to form one large tendon are called the:
Answer: rotator cuff
Explanation: The four muscles that originate on the scapula, wrap around the joint, and fuse to form one large tendon are called the rotator cuff. These stabilize the shoulder joint and allow the arm to be lifted.
which of the following organisms would most likely be sensitive to natural penicillin? group of answer choices streptococcus pyogenes penicillium penicillinase-producing neisseria gonorrhoeae mycoplasma helminths
Penicillin is an antibiotic drug that specifically targets bacteria, so organisms that are sensitive to penicillin are primarily bacteria. Streptococcus pyogenes, a common cause of throat and skin infections, is highly sensitive to penicillin, as are certain species of Neisseria, such as Neisseria gonorrhoeae, which causes gonorrhea.
Mycoplasma, a type of bacteria, is also sensitive to penicillin. Penicillium, the type of fungi that produces penicillin, is, of course, not sensitive to the drug. Additionally, helminths, a type of parasitic worm, are not sensitive to penicillin because the drug only targets bacteria.
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Why are the questions of philosophy, such as 'who are we?' and 'why are we here?', not considered scientific?
Philosophical questions like 'who are we?' and 'why are we here?' are not deemed scientific because they can't be empirically tested or quantified. Such questions deal with abstract, subjective concepts as opposed to scientific study which seeks measurable and provable results.
Explanation:The reason why philosophical questions such as 'who are we?' and 'why are we here?' are not considered scientific is because these questions cannot be empirically tested or measured. Science is concerned with examining the natural world through a structured method of observation and experimentation. It seeks answers that can be quantitatively measured and proven.
Philosophical questions, on the other hand, deal with abstract concepts and ideas that could be subjective and differs from person to person. We often use philosophy to dig into these complex questions, pondering the nature of existence, purpose, morality, consciousness, and more. While these questions indeed form a crucial part of human curiosity, they fall outside the scope of the scientific method due to their inherently subjective and unquantifiable nature.
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2. A chair is placed several feet from a fire in a fireplace. The fireplace has a glass screen. The side of the chair facing the fireplace gets warm because of____
Answer:
The heat
Explanation:
Because the fire place is facing the chair so heat is getting onto the chair
The functions of fat include all of the following except?a. energy materialb. store the most energy in the bodyc. building and repairing networks
The functions of fat include all of the following except building and repairing networks.
Fats are one of the three macronutrients (along with proteins and carbohydrates) that are required in large amounts for energy, growth, and development in the human body. Fat serves several important functions in the body, including:
Energy storage: Fat is the most efficient form of energy storage in the body and can be used as a source of fuel when glucose is not available.Insulation: Fat helps to insulate the body, which helps to regulate body temperature.Protection: Fat serves as a protective cushion around vital organs such as the kidneys, heart, and liver.Hormone production: Fat cells produce hormones that regulate appetite, metabolism, and insulin sensitivity.Learn more about fats: https://brainly.com/question/24186437
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