Damage to the visual association cortex would be expected to produce
a. problems in recognizing an object by sight.
b. difficulty in playing a tune on a piano.
c. difficulty in naming an object the person can touch (but not see).
d. problems in naming a song the person knew before sustaining brain damage.
e. an inability to recognize a familiar odor.
Answers
The correct answer to the given question is Option A.
The visual association cortex is an area in the brain responsible for processing and interpreting visual information received from the primary visual cortex. Damage to this area is likely to produce problems in recognizing an object by sight, which is option (a). The visual association cortex helps to recognize and identify complex visual stimuli, such as faces, objects, and scenes. Damage to this area may also result in difficulty in identifying or matching shapes, colors, or spatial relationships of visual stimuli. Option (b) is incorrect because playing a tune on a piano requires motor and auditory processing, not visual processing. Option (c) is incorrect because naming an object the person can touch (but not see) would require somatosensory processing, not visual processing. Option (d) is incorrect because naming a song involves auditory processing, not visual processing. Option (e) is incorrect because the olfactory cortex, not the visual association cortex, is responsible for processing and recognizing odors.
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Related Questions
Sperm is produced in the germinal epithelium of the seminiferous tubules true false
Answers
True. Sperm is indeed produced in the germinal epithelium of the seminiferous tubules. The seminiferous tubules are located within the testes, which are the male reproductive organs.
These tubules are lined with the germinal epithelium, which is composed of specialized cells called germ cells. These germ cells undergo a process called spermatogenesis, where they develop into mature sperm cells.
Spermatogenesis begins with the division of the germ cells, known as spermatogonia, into two types of cells: primary spermatocytes and spermatogonia. The primary spermatocytes then undergo two rounds of division, resulting in the formation of four haploid cells called spermatids. These spermatids undergo a series of changes, including the development of a tail, to become mature sperm cells.
Throughout the process of spermatogenesis, the germinal epithelium provides the necessary environment and support for the development of sperm cells. It also secretes hormones that regulate the production of sperm and other aspects of male reproductive function.
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which of the following statements are consistent with the structure and function of intermediate filaments?
Answers
A.) each filament is made of eight strands, and each strand is made from staggered tetramers linked end to end
B.) intermediate filaments protect cells from mechanical stress because they have high tensile strength and resist stretching
D.) intermediate filaments can connect cells and cell-cell junctions called desmosomes
These statements are consistent with the structure and function of intermediate filaments.
Intermediate filaments are therefore found in particularly durable structures such as hair, scales and nails. The main function of intermediate filaments is to generate cell aggregation and prevent acute rupture of the epithelial cell layer under tension.
Intermediate filaments (IFs) form a key structural element in animal cells. They form two distinct systems, intranuclear and intracytoplasmic. In both cases, their main function is thought to be the absorption of mechanical stress and as an integrated device throughout the cytoskeleton.
Complete question:
Which of the following statements are consistent with the structure and function of intermediate filaments? choose one or more
A.) each filament is made of eight strands, and each strand is made from staggered tetramers linked end to end
B.) intermediate filaments protect cells from mechanical stress because they have high tensile strength and resist stretching
C.) intermediate filaments are constructed of identical subunits found in all eukaryotic cells
D.) intermediate filaments can connect cells at cell-cell junctions called desmosomes
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Answer:
Intermediate filaments can connect cells at cell-cell junctions called desmosomes.
The Earth's tilt also causes the Sun's radiation to strike the _____ at different _____.
Answers
Answer:
hemispheres; angles
Explanation:
When a hemisphere—either northern or southern— is tilted toward the sun it has more hours of light compared to the hemisphere tilted away from the sun. Moreover, lower latitudes where the incoming solar radiation is more direct (angle closer to 90°) receive more radiation compared to higher latitudes where sunlight strikes at lower angles. The combined effect of more hours of daylight and more direct radiation in the hemisphere tilted toward the sun generates warmer temperatures compared to the hemisphere tilted away from the sun.
Does anyone know this? I picked arkansa and North Carolina
Graduation rates vary from state to state in the United States. Based on the statistics for the two states you selected, identify at least one potential reason for this variance.
Answers
Answer:
Poverty rates
Explanation:
A lower income city, town, or even region might have less money to spend on school and education. So kids don't feel nessisary or even bad to go to school as they face going broke and running out of food, kids work because their parents work themselves into injuries or can't work at all. Kids see school as 7 hours of money gone and loss of providing food for their family. So they drop out to stay alive.
what is an analogy for cytoplasm
Answers
Answer:
Cytoplasm -is the fluid-like material inside the cell that contains all of the cell's organelles. The cytoplasm is like a jello salad because the cytoplasm surrounds and suspends the cell's organelles like the jello surrounds and suspends the fruit in the jello salad. Animal vs. Plant Cells.
Explanation:
Hope this helps... Maybe
All
of them uses some scientific knowledge about the natural world, as
well as scientific sounding tools, like star charts, calculations,
papers, etc. Some people use astrology and numerology to gener
Answers
Astrology, as a practice, does not meet the criteria of a scientific way to answer questions. While it focuses on the natural world, it lacks testability, empirical evidence, and adherence to scientific methods.
Focusing on astrology and its aspects, we need to answer the following:
Does it focus on the natural world? Yes, astrology involves the study of celestial bodies such as planets, stars, and their positions in relation to human affairs.Does it aim to explain the natural world? Astrology aims to explain the influence of celestial bodies on human behavior, personality traits, and events.Is it testable? The claims made by astrology, such as predicting future events or describing personality traits based on birth dates, can be tested scientifically.Does it rely on evidence? Astrology relies on anecdotal experiences and subjective interpretations rather than empirical evidence obtained through rigorous scientific methods.Does it use scientific tools? While astrology may use tools like star charts and calculations, these tools are not exclusive to astrology and are also used in astronomy.Does it follow scientific methods? Astrology does not follow the scientific method of hypothesis testing, experimentation, and peer-reviewed analysis.Unlike scientific disciplines such as astronomy or psychology, astrology does not follow rigorous scientific methods, such as hypothesis testing and statistical analysis. Its reliance on anecdotal evidence and personal experiences of individuals, rather than systematic data collection and analysis, further distances it from scientific practices. While astrology may have cultural and historical significance, it should be understood as a belief system or a form of entertainment rather than a scientific approach for answering questions about the natural world.
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Complete question:
All of them uses some scientific knowledge about the natural world, as well as scientific sounding tools, like star charts, calculations, papers, etc. Some people use astrology and numerology to generate expectations about future events and people's personalities, others use psychoanalysis and hypnosis to treat mental-health disorders.
Some claim that these practices are supported by evidence — the experiences of people who feel that astrology, hypnosis, etc.. have worked for them. But, are they really scientific ways to answer questions?
Post your answer following these guidelines:
1- Pick ONE of the practices: Astrology, Psychoanalysis, Numerology or Hypnosis
2- Use the Science Checklist to guide your post: Does Astrology (or the one you picked) focus on the natural world?, Does it aim to explain the natural world?, etc..
The epiglottis acts as another set of vocal folds. You can vibrate it to make sound. True or False
Answers
The statement "The epiglottis acts as another set of vocal folds. You can vibrate it to make sound" is FALSE.
The epiglottis does not act as another set of vocal folds and cannot be vibrated to produce sound. The epiglottis is a flap-like structure located at the base of the tongue, above the larynx. Its main function is to prevent food and liquids from entering the airway during swallowing. When we swallow, the epiglottis folds over the opening of the larynx, directing the food or liquid towards the esophagus.
Sound production, on the other hand, involves the vocal folds within the larynx. The vocal folds, also known as vocal cords, are two folds of mucous membrane that can vibrate and produce sound when air passes through them. These vibrations are then shaped and modulated by other structures in the throat, mouth, and nasal cavity to produce speech and various vocal sounds.
Therefore, the epiglottis is not involved in sound production, and it does not contribute to creating vibrations for making sound. Its role is solely focused on protecting the airway during swallowing.
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During germination, peas sprout and grow. The data table shows the carbon dioxide produced during the germination period of peas under different conditions. Condition
Rate of carbon dioxide produced (mL/min)
Germinating peas, 10ºC
0. 01
Germinating peas, 20ºC
0. 02
What is the best conclusion?
Answers
The correct option is C, Germinating peas at 20ºC have a higher fee of cellular respiration than germinating peas at 10ºC.
Cellular respiration is the process by which cells in living organisms generate energy from the food they consume. This process occurs in the mitochondria, which are organelles found in most eukaryotic cells. Cellular respiration is a series of complex biochemical reactions that involve the breakdown of glucose (or other organic molecules) to release energy in the form of ATP (adenosine triphosphate). This process involves three main stages: glycolysis, the citric acid cycle, and oxidative phosphorylation.
During glycolysis, glucose is broken down into two molecules of pyruvate. This process generates a small amount of ATP and NADH (nicotinamide adenine dinucleotide), which carries electrons to the next stage. The citric acid cycle then oxidizes pyruvate to produce more ATP, NADH, and FADH2 (flavin adenine dinucleotide).
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Complete Question:
in the course of germination, peas sprout and grow. The facts table indicates the carbon dioxide produced for the duration of the germination length of peas beneath different situations.
circumstance
charge of carbon dioxide produced (mL/min)
Germinating peas, 10ºC
zero.01
Germinating peas, 20ºC
zero.02
what is the excellent end?
A) The price of mobile breathing in germinating peas is exactly 1000 instances the rate of ATP production.
B) Germinating peas at 10ºC create carbon dioxide at a rate of 0.01 mL/min during ATP manufacturing.
C) Germinating peas at 20ºC have a higher fee of cellular respiration than germinating peas at 10ºC.
D) The fee of cellular breathing can not be measured without understanding the charge of ATP production.
C) Germinating peas at 20ºC have a better fee of cellular respiratory than germinating peas at 10ºC.
list and describe three ways that bacteria can acquire new genetic material
Answers
Answer:
The three most common ways that bacteria diversify their DNA are transformation, conjugation, and transduction. Genetic Material: the material in our cells that makes us who we are inside and out.
Deoxyribonucelic Acid (DNA): hereditary material found in the nucleus.
Ribonucleic Acid (RNA): genetic material that differs from DNA through its chemical bases.
DNA contains all the secrets that make you so awesome! So, it is super important that the cell keeps the DNA safe. DNA has so much information that it could stretch from the earth to the sun four times! No seriously, four times! I'm sure you're thinking, how does all that information get into something so small? Well, DNA is highly organized in order to keep all information safe, yet accessible to the cell. This is a great thing because you don't want to lose your awesomeness! DNA is comprised of four chemical bases also known as nucleotides: adenine (A), guanine (G), cytosine (C), and thymine (T). These bases pair with one another, A with T and C with G. Each base is attached to a sugar (ribose) and a phosphate molecule: hence the name deoxyribonucleic acid.
Now that we have the basic building blocks of DNA, let's get into the structure. DNA is double stranded, and each strand is held together by the pairing of the nucleotides. Remember what we mentioned above: A loves T and C loves G. These bases never cheat on one another; they only pair with the partner they love! The double stranded DNA is spirally coiled to form a helix. You will find many textbooks refer to DNA as a double helix. This double helix looks much like a ladder with the nucleotides representing the rungs on the ladder and the sugar and phosphate are the sides. The double helixes are then wrapped around proteins called histones and packaged into chromosomes.
The other type of genetic material called ribonucleic acid (RNA) is structurally similar to DNA, but there are a few differences--primarily in their chemical bases. Before we get more into the differences, let's examine the similarities. Both have a sugar, phosphate group, and four chemical bases. Unlike DNA which is double stranded, RNA is single stranded. The other major difference is the bases that are found in RNA. RNA contains adenine (A), guanine (G), cytosine (C), and uracil (U). So, in RNA the base thymine is replaced with uracil. In RNA the base pairs are A loves U and C loves G.
Explanation:
Brainliest please?
When individuals with certain inherited traits are more likely to survive and reproduce than those with less favorable traits, ______ occurs.
Answers
When individuals with certain inherited traits are more likely to survive and reproduce than those with less favorable traits, natural selection occurs.
Natural selection is a fundamental concept in evolutionary biology proposed by Charles Darwin. It is the process by which certain heritable traits become more or less common in a population over successive generations. Natural selection occurs when individuals with advantageous traits have a greater chance of surviving and reproducing, passing on those traits to their offspring.
The key components of natural selection are as follows:
1. Variation: Individuals within a population exhibit variation in their traits. These variations can be due to genetic differences, environmental factors, or a combination of both.
2. Selective Pressure: Environmental factors, such as predation, competition for resources, or changes in habitat, create selective pressures that affect the survival and reproductive success of individuals with different traits.
3. Differential Survival and Reproduction: Individuals with traits that are better suited to their environment have a higher probability of surviving and reproducing. They pass on their advantageous traits to their offspring, increasing the frequency of those traits in subsequent generations.
4. Heritability: The traits that confer a survival or reproductive advantage must have a genetic basis and be heritable, meaning they can be passed from parents to offspring.
Over time, through the accumulation of small changes and the elimination of less favorable traits, natural selection can lead to the adaptation of populations to their specific environments. This process is a driving force behind the diversity and complexity of life on Earth.
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Tests for Assessing Cervical Muscle Function- what position is the pt. in during the craniocervical flexion test (CCFT)?
Answers
During the craniocervical flexion test (CCFT), the patient is in a supine position with the head and neck in a neutral position.
The CCFT is a test used to assess the function of the deep neck flexor muscles, specifically the longus colli and capitis muscles. The test involves the patient lying down in a supine position with the head and neck in a neutral position. The therapist then applies a pressure biofeedback unit (PBU) under the patient's neck and inflates it to a specific pressure.
The patient is instructed to perform a chin tuck movement, which activates the deep neck flexors and increases the pressure within the PBU. The therapist observes the pressure reading on the PBU to ensure the patient is performing the movement correctly and holding the position for the appropriate length of time.
This test is commonly used in the assessment and treatment of patients with neck pain or dysfunction.
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Short speech on earth day for Grade 2
Answers
Answer:
Earth is one of the eight planets of our planetary group that rotates around the sun.
Earth is the main known planet that upholds life in the whole planetary group.
World Earth Day is commended on the 22nd of April consistently. It is to increment public attention to the Earth's economical climate.
World Earth Day features the significance of ecological assurance for the endurance of life.
It is accepted that the Earth should be 4.5 billion years of age.
Right around 70% of the outer layer of the Earth is covered with water. Thus, it is known as a blue planet and an extraordinary planet.
Earth has an air holding back 20% of the oxygen that aides in the endurance of living creatures.
Gases like oxygen, carbon dioxide, and nitrogen in the Earth's environment assist plants with developing.
Earth is spheroid in shape. It is critical contrasted with different planets like Mercury, Mars, Neptune, Pluto, and Venus.
Earth finishes its circle around the sun in 365 days. In such a manner, it makes a jump year once in four years.
Green plants are able to make their own food from
simple raw materials around them. This process is
called Blank
The
energy
needed for
photosynthesis comes from the B
LC с is a substance that absorbs sunlight.
The light energy is able to
carbon dioxide
and
E into F The
sugars are the
plant's G Oxygen is made as a H Н.
product.
Answers
Answer:
E
into G oxygen is made as a H H
I WIll give brainliest Due RIGHT NOw you have explored some informative examples of models. Now it's time to get creative and make your own model. Here is the requirement checklist for your model:
Model types can include drawings, diagrams, physical models, virtual simulations, or videos.
Model must be created by you, not something selected from an online or outside source.
Submit a presentation, picture, video, or screenshot of your model.
Submit a one-paragraph summary describing the topic you chose, your model, what it represents, how you made it, and the specific science involved. It is important that you are using science terminology and are accurate.
Now that you know how to create and submit your model, you will need to choose a topic for your model. Choose one of the three topics listed below. Select each topic for an overview.
Topic One—Photosynthesis
Topic Two—Cellular Respiration
Topic Three—The Carbon Cycle
Pls Make it be correct
Answers
The topic chosen was the carbon cycle and you can see the model created on it in the attached image.
How does the carbon cycle work?Photosynthetic organisms, such as plants, capture atmospheric CO2 during the photosynthesis process.Oxygen is released into the atmosphere and carbon stays in the plant organism.This carbon is consumed by herbivorous animals. Some of this carbon stays in their bodies and some are released into the atmosphere in the form of gases.After plants and animals die, the carbon trapped in their bodies is integrated into the soil in the process of decomposition.The decomposition of plants and animals generates fossil fuels that are rich in carbon and are extracted to produce energy and fuel.Energy and fuel are used by humans and this releases large amounts of CO2 into the atmosphere, allowing photosynthetic beings to capture them and restart the carbon cycle.The model presented below shows all these phases of the cycle in a diagram, but you can search for ready-made models on the internet if you want something more professional.
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This is an example of
Question 5 options:
Parmecium
Euglena
Amoeba
Fungus
Answers
Answer:
The answer is: Amoeba
Explanation:
What are the similarities and differences between the different atmospheric layers?
Answers
Answer:
Compare and contrast the various layers of the atmosphere
The atmosphere has 4 layers: the troposphere that we live in near the surface of the earth; the stratosphere that houses the ozone layer; the mesosphere, a colder and lower density layer with about 0.1% of the atmosphere; and the thermosphere, the top layer, where the air is hot but very thin.
Explanation:
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Lysosomal storage diseases (LSDs) are a group of rare and inherited genetic disorders in which some part of the lysosome does not function properly, causing the accumulation of toxic substances in the cell and ultimately, cell death.
What would be the most likely explanation as to why the lysosomes of someone with this disease are not functioning properly?
Choose 1 answer:
(Choice A)
A
The enzymes of the lysosome are not breaking down enough toxic material.
(Choice B)
B
The enzymes of the lysosome are beginning to break down the ribosomes of the cell.
(Choice C)
C
The enzymes of the lysosome are breaking down too much toxic material.
(Choice D)
D
The enzymes of the lysosome are beginning to break down the DNA of the cell.
Answers
Answer: The enzymes of the lysosome are not breaking down enough toxic material
Explanation:
Which is an example of active transport?
capturing sunlight to split water molecules in photosynthesis
capturing sunlight to split water molecules in photosynthesis
unwinding a strand of DNA prior to replication
unwinding a strand of DNA prior to replication
absorbing water through the cell membrane of a cell
absorbing water through the cell membrane of a cell
using energy to move waste materials out of a cell
Answers
Active transport is a type of transport that requires energy to move substances across a membrane. It occurs against a concentration gradient.
The use of energy to move waste materials out of a cell is an EXAMPLE of transport active.Active transport occurs against a concentration gradient, whereas passive transport (i.e., diffusion) occurs in favor of a concentration gradient.Active transport can be mediated by membrane proteins that move substances from an area of high concentration to an area of low concentration.This movement (active transport ) usually requires the energy provided by the hydrolysis of ATP.Water molecules move across cellular membranes through membrane protein channels called aquaporins that act in favor of a concentration gradient (passive transport).
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what factors affect spectral signal of vegetation at the leaf scale?
Answers
Many variables can affect the spectral signal of leaf-scale vegetation, including:
1. Chlorophyll, carotenoids and other pigments are found in leaves and absorb and reflect different light wavelengths. The spectral signature of vegetation can be affected by the relative concentrations of different pigments.
2. Internal characteristics of leaves, such as how the cells are arranged and shaped, as well as the existence of air spaces, can influence how light interacts with the leaves and the spectral signal generated.
3. Leaf age and health: The physiology of the leaf, including its age, health and stress level, can have an effect on the spectral signal.
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When Y32 is expressed within a normal cell, what is true of its nucleotide binding site?
"The biosensor can bind both Mg2+-ATP and ADP with very high affinity (Km ∼ 1 μM). In the cytosol of a normal cell, the concentrations of ADP and Mg2+-ATP range in the hundreds of μM and approximately 1 mM, respectively. "
A. It is most likely to be occupied by ADP.
B. It is unlikely to be occupied by Mg2+-ATP.
C. It is unlikely to be occupied by Mg2+-ATP or ADP.
D. It is effectively always occupied by Mg2+-ATP or ADP
Answers
The true of its nucleotide binding site is option D. It is effectively always occupied by Mg2+-ATP or ADP
What is the nucleotide binding site?From the information above, it seems that Mg2+-ATP or ADP is most likely to fill up the nucleotide binding site of Y32 in a regular cell. In a regular cell, there are lots of ADP and Mg2+-ATP molecules floating around.
ADP is in the range of hundreds of tiny units (called μM), while Mg2+-ATP is around 1 larger unit (called mM). The biosensor likes both Mg2+-ATP and ADP a lot. Because of that, it makes sense to think that Y32 has one of these molecules sitting in its nucleotide binding site.
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________ refers to all the factors that resist blood flow in the entire circulatory system.
a Capillary pressure
b Vascular resistance
c Total peripheral resistance
d Cardiac output
e Venous return
Answers
Vascular resistance refers to all the factors that resist blood flow in the entire circulatory system. This resistance is the result of the friction and drag that occurs when blood interacts with the walls of the blood vessels. Vascular resistance can be affected by a variety of factors including the diameter of the blood vessels, the length of the blood vessels, the viscosity of the blood, and the turbulence of the blood flow.
The primary determinant of vascular resistance is the diameter of the blood vessels. As the diameter of the blood vessels decreases, the resistance to blood flow increases. This is because the smaller diameter increases the surface area of the blood vessel in contact with the blood, which creates more friction and drag.
In summary, vascular resistance is the term used to describe the factors that resist blood flow in the entire circulatory system. The primary determinant of vascular resistance is the diameter of the blood vessels, which increases as the diameter decreases, resulting in increased friction and drag on the blood flow.
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our immune system’s ability to attack and defend us from any antigen at any time is a property of adaptive immunity called __________.
Answers
The adaptive immunity is characterized by a flexible and dynamic response that improves over time. One of the adaptive immunity's critical properties is the ability to attack and defend us from any antigen at any time, which is referred to as immunological memory. The immune system is composed of two primary components, innate and adaptive immunity.
The innate immunity offers a general and instant response to foreign invaders, while the adaptive immunity is an acquired response that recognizes specific pathogens and generates long-term memory. The immune system's ability to remember previous infections and anticipate future infections is critical in adaptive immunity and is known as memory.
When an antigen enters the body, the immune system generates memory cells specific to the antigen. These cells are capable of recognizing the same antigen in the future, triggering a swift and efficient response. In conclusion, the immune system's ability to attack and defend us from any antigen at any time is a property of adaptive immunity called immunological memory, and it allows the body to fight off infections much more effectively.
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The most abundant element in Earth’s continental crust, by weight, is _____.
Answers
Answer:
Oyxgen is the heaviest.
Explanation:
why is it so difficult for the results of one experiment to become a theory
Answers
Answer:
A scientific theory is an explanation of an aspect of the natural world and universe that has been repeatedly tested and verified in accordance with the scientific method, using accepted protocols of observation, measurement, and evaluation of results. Where possible, theories are tested under controlled conditions in an experiment.[1][2] In circumstances not amenable to experimental testing, theories are evaluated through principles of abductive reasoning. Established scientific theories have withstood rigorous scrutiny and embody scientific knowledge.[3]
A scientific theory differs from a scientific fact or scientific law in that a theory explains "why" or "how": a fact is a simple, basic observation, whereas a law is a statement (often a mathematical equation) about a relationship between facts. For example, Newton’s Law of Gravity is a mathematical equation that can be used to predict the attraction between bodies, but it is not a theory to explain how gravity works.[4] Stephen Jay Gould wrote that "...facts and theories are different things, not rungs in a hierarchy of increasing certainty. Facts are the world's data. Theories are structures of ideas that explain and interpret facts."[5]
The meaning of the term scientific theory (often contracted to theory for brevity) as used in the disciplines of science is significantly different from the common vernacular usage of theory.[6][note 1] In everyday speech, theory can imply an explanation that represents an unsubstantiated and speculative guess,[6] whereas in science it describes an explanation that has been tested and is widely accepted as valid.[1][2][3]
The strength of a scientific theory is related to the diversity of phenomena it can explain and its simplicity. As additional scientific evidence is gathered, a scientific theory may be modified and ultimately rejected if it cannot be made to fit the new findings; in such circumstances, a more accurate theory is then required. Some theories are so well-established that they are unlikely ever to be fundamentally changed (for example, scientific theories such as evolution, heliocentric theory, cell theory, theory of plate tectonics, germ theory of disease, etc.). In certain cases, a scientific theory or scientific law that fails to fit all data can still be useful (due to its simplicity) as an approximation under specific conditions. An example is Newton's laws of motion, which are a highly accurate approximation to special relativity at velocities that are small relative to the speed of light.[citation needed]
Scientific theories are testable and make falsifiable predictions.[7] They describe the causes of a particular natural phenomenon and are used to explain and predict aspects of the physical universe or specific areas of inquiry (for example, electricity, chemistry, and astronomy). As with other forms of scientific knowledge, scientific theories are both deductive and inductive,[8] aiming for predictive and explanatory power. Scientists use theories to further scientific knowledge, as well as to facilitate advances in technology or medicine.
What would the answer be? I need it asap!!!
Answers
Answer:
Galactose
Explanation:
The enzyme 2 that acts on galactose will be unavailable hence Galactose will increase
you would like to see if the gene that you are studying in mouse has a homolog in humans. to do this you decide to do a southern blot. you believe the gene sequence will be not be highly conserved. therefore, you would like to select conditions to hybridize your probe with low stringency to find as many candidates as possible. which condition (relatively) will you use? select one: a. at higher annealing temperature b. at lower annealing temperature
Answers
So option a(High stringency) is the correct answer. You will employ (relatively) high stringency.
The gene sequence will be not be highly conserved. As a result, you want to choose criteria to hybridise your probe with minimal stringency in order to find as many candidates as feasible.
What exactly is a gene?
A gene is the most basic physical and functional component of heredity. The building block of genes is DNA. Some genes act as blueprints for protein synthesis. However, many genes do not encode proteins. Human genes range in size from a few hundred to over 2 million DNA bases.
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a young man who ran 6 miles a day throughout high school is injured during his first season running cross country in college, and must rest for three months, then gradually begin exercising again. the skeletal muscle size in his lower limbs decreases during this prolonged period of inactivity. the organelles that break down his muscle protein are group of answer choices nuclei. peroxisomes. centrosomes. lysosomes. ribosomes.
Answers
A young man who ran 6 miles a day throughout high school is injured during his first season running cross country in college, and must rest for three months, then gradually begin exercising again. the skeletal muscle size in his lower limbs decreases during this prolonged period of inactivity. the organelles that break down his muscle protein are: lysosomes.
Lysosomes are membrane-bound organelles found in the cytoplasm of cells, containing hydrolytic enzymes which is able to break down and recycle cellular components that includes proteins.
During periods of inactivity and muscle disuse, the muscle cells in the lower limbs are not being used for a prolonged period, so the body initiates autophagy, where the lysosomes can break down the muscle protein. This results in a decrease in skeletal muscle size in the lower limbs.
Nuclei, peroxisomes, centrosomes, and ribosomes are all different types of cellular organelles with different functions, and doesn't take any role in the given scenario.
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Which sequence correctly traces the path of a protein, like insulin, in the cell to be released by exocytosis?
Answers
Answer:
The sequence that correctly traces the path of a protein in the cell is; ribosome, RE reticulum, Golgi apparatus, release from cell
Explanation:
In the glycogen synthase reaction, the precursor to glycogen is glucose-6-P UTP-glucose O UDP-glucose glucose-1-P
Answers
In the glycogen synthase reaction, the precursor to glycogen is UDP-glucose.
Glycogen synthase is the enzyme responsible for the synthesis of glycogen, a storage form of glucose in animals. The precursor molecule used in this reaction is UDP-glucose (uridine diphosphate glucose).
The synthesis of glycogen starts with glucose-1-phosphate (glucose-1-P), which is derived from glucose-6-phosphate (glucose-6-P). Glucose-1-P is activated by the addition of uridine diphosphate (UDP) to form UDP-glucose. This reaction is catalyzed by the enzyme UDP-glucose pyrophosphorylase.
Once UDP-glucose is formed, it serves as the precursor for glycogen synthesis. Glycogen synthase enzyme adds UDP-glucose units one by one to the growing glycogen chain, extending it and forming α-1,4-glycosidic linkages.
Therefore, in the glycogen synthase reaction, the precursor to glycogen is UDP-glucose, which is formed by the combination of glucose-1-phosphate and UDP. This reaction is essential for the elongation of the glycogen chain during glycogen synthesis.
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Which of these best describes how limited resources can lead to differential reproductive success
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"Competition for necessities, such as food and water, results in the survival of only some of the individuals who then have the ability to produce more offspring."
What is reproductive success?Resources like food, water, shelter, and partners that are vital for life and reproduction are frequently in limited supply in any particular community. Not every member of a population will be equally successful in obtaining these resources as there will be competition for them.
Some people may be better adapted, skillful, or efficient at acquiring the required resources, increasing their chances of survival and procreation.
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Missing parts;
Which statement describes how this leads to differential reproductive success? Competition for necessities, such as food and water, results in the survival of only some of the individuals who then have the ability to produce more offspring. A finite supply of resources can lead to natural selection in populations.