Explanation:
The new trend will probably be the technology that's in that certain year. As the trend in the modern days is all electronics or will have to do with electronics.
A researcher designs an experiment to investigate whether soil bacteria trigger the synthesis of defense enzymes in plant roots. The design of the experiment is presented in Table 1. For each group in the experiment the researcher will determine the average rate of change in the amount of defense enzymes in the roots of the seedlings Table 1. An experiment to investigate the effect of soll bacteria on plant defenses Group Number of Seedings Type of Soil Treatment Solution 1 10 Sterlepotting sol Contains actively reproducing soll bacteria 2 10 Sterile potting sol Contains heille soll bacteria 3 10 Sterle porting soil Contains no bacteria Which of the following statements best helps justify the inclusion of group 2 as one of the controls in the experiment? A) I will show whether the changes observed in group 1 depend on the metabolic activity of Boll bacteria B) will show whether the changes observed in group 1 depend on the type of plants used in the experiment. C) It will show the average growth rate of seedings that are maintained in a nonsterile environment D) I will show the changes that occur in the roots of seedlings following an infection by soll bacteria.
Among the given statements (A) "I will show whether the changes observed in group 1 depend on the metabolic activity of Boll bacteria" best helps justify the inclusion of group 2 as one of the controls in the experiment.
In this instance, soil bacteria that were destroyed by heat are being employed to ascertain if the creation of enzymes by the plant is aided by the bacteria's metabolic products or just their physical form. Because the outcomes of these types of tests occasionally depend on the metabolic interactions between the pathogen (bacteria) and the host, this is a very helpful control (the plant). So, (A) is the right option.
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the red line shows the growth predicted by the logistic model, and the black dots show the measured growth of the population. does the measured growth match the predicted growth pattern? mastering
No, the measured growth does not match the predicted growth pattern by the logistic model It is lower than the predicted values in some parts and higher in other parts.
In population logistic models, logistic growth contributes to the gradual increase of population at first and then increases as the population grows.
The per capita growth rate of a population decreases as size of the population reaches an optimum imposition by restricted resources available in the environment, identified as the carrying capacity ( K). A J-shaped curve is produced by exponential growth, whereas an S-shaped curve is produced by logistic growth model.
Because of the effect of carrying capacity, the logistic growth model is more precise than other models in predicting population growth. The concept of carrying capacity refers to the idea that assets are always confined since the environment can only sustain a certain amount of people in a population.
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Lab Topic: Relative and Absolute Dating
Section I: Overview of Lab
1. What is the purpose of the lab?
Answer:
I: Relative dating techniques determine if an object is more recent or more antiquated than other items discovered nearby. Absolute dating techniques offer more precise origin dates and historical periods, including a range in age expressed in years.
1.Relative dating does not provide precise dates; rather, it merely shows which item, fossil, or stratigraphic stratum is older. Absolute dating techniques offer more precise origin dates and historical periods, including a range in age expressed in years.
Explanation:
What is the difference between the two?
A rock layer's relative age is how old it is in relation to other layers of rock (or the fossils it contains). By observing the location of the rock strata, it can be discovered. The numerical age of a layer of rocks or fossils is its absolute age.
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Absolute dating and relative dating are the two types of dating techniques employed by archaeologists.
It is beneficial to present a tale that has all the major events occurring in the correct order. To understand the order is referred to as stratigraphy (layers of rock are called strata). The exact numerical ages of the rocks cannot be determined using relative dating. This link may be used by archaeologists to conclude that artefacts found deep down are older than those found close to the surface. Absolute dating is a technique used by archaeologists to pinpoint an object's exact age. Using measurements of an object's physical features, absolute dating procedures use the information to calculate the object's age.
The goal of the lab is to teach participants how to learn by examining reality rather than by attempting to manipulate reality to fit preconceived notions. Learning to be alert, paying attention to what happens, and handling this knowledge with the utmost honesty are crucial.
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2. What is happening on section A of the graph? Justify your reasoning. Include a term to
describe this part of the graph.
3. What is happening on section B of the graph? Justify your reasoning. Include a term to
describe this part of the graph
In section A of the graph the number of sales per year is increasing continuously. While in section the the sale is decreasing.
What is graph?Graph is defined as a visual depiction or diagram that shows information or values in an ordered way. Graphs and charts are useful visual aids because they make information accessible and quick to understand.
Using bar graphs, numbers that are unrelated to one another can be displayed. Pie charts to illustrate the division of a whole into its component components. You can see how numbers have changed over time in line graphs.
Thus, in section A of the graph the number of sales per year is increasing continuously. While in section the the sale is decreasing.
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which of the following is not true of stem cells ?they can be used to synthesize proteins important in medicine they can divide indefinitely they are capable of turning into many different kinds of cells they may be able to repair damaged tissues
Oligopotent stem cells can differentiate into several cell types. A myeloid stem cell is an example that can divide into white blood cells.
A cell's ___ is where its RNA is.
Answer:
cytoplasm
Explanation:
Transfer RNA (tRNA) is found in the cytoplasm and has a complex shape. It is responsible for carrying amino acids from the cytoplasm to the ribosome surface, ready to make a protein as instructed by the mRNA.
Label the part of mitosis to the action that occurs during that phase.
15. I
16. G
17. C
18. A
19. H
20. F
21. J
22. B
23. D
24. E
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You are a researcher on a behavior genetics study studying identical and fraternal twins; based on what has been discussed in lectures, you would propose that the environment was responsible for a given behavior when you find which of the following patterns of correlations?Select one:a. .70 for identical twins; .35 for fraternal twins.b. .35 for identical twins; .70 for fraternal twins.c. .35 for both identical and fraternal twinsd. one cannot determine environmental effects in a behavior genetics study, only genetic effects
Environment was responsible for a given behavior when you find 0.35 for both identical and fraternal twins patterns of correlations.
Fraternal twins account for two-thirds of all twins worldwide. Around the world, the rate is about 3 in 1,000. Only one-third of the world's twins are identical.
One fertilized egg (ovum) splits and evolves into two babies with identical genetic information to form identical or monozygotic twins. Two eggs (ova) are fertilized by two sperm to produce two genetically distinct children known as fraternal or dizygotic twins.
Same-sex fraternal twins can have strikingly similar appearances. Fraternal twins, like all siblings, are the result of two individually fertilized eggs from the same mother and father. They are genetically identical to non-twin siblings.
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A farmer grows rice plant. For which water should be stagnant which soil
is suitable for it? Why?
Answer:
if more is poured there is chance of dieying plants
The type of soil which should be suitable for the ideal growth of rice plants is soil with good water retention capacity and a high amount of clay and organic matter ideal for rice cultivation.
Which type of soil is best for rice cultivation?Rice will grow best in semi-acidic soil that has very little drainage. Heavy clay or loam will retain water well, and you can use mulch, compost, or fertilizer-rich potting soil to create the right environment for growth. This is known as Loamy soil.
Water significantly creates some sorts of unfavorable conditions for weeds, by cutting off sunlight and aeration to the ground. So, rice farmers adopted the practice of submerging rice in water to check weeds. Over the years, it has almost become a prerequisite for rice cultivation.
Therefore, loamy soil is a type of soil that should be suitable for the ideal growth of rice plants.
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the image below shows types of cellular transport identified as passive transport. which statement below is true concerning passive transport?
In a natural flow, substances travel from high- to low-concentration locations.
Passive transport is what kind of transportation is it?Ions and molecules migrate along their respective concentration gradients during passive transport, a kind of cellular transport. The drug has a tendency to travel from a region of higher concentration to an area of lower concentration, according to this.
In reality, molecules migrate along their concentration gradient; passive transport just expedites this motion or permits molecules to traverse the membrane that would not otherwise be able to do so.
The lungs' alveoli, where oxygen is found, are where it diffuses into the blood's erythrocytes and plasma. Molecules travel from a high concentration to a low concentration through a process known as diffusion.
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What is the power house of cell?
Answer:
Mitochondria
Explanation:
Mitochondria are tiny organelles inside cells that are involved in releasing energy from food. This process is known as cellular respiration. It is for this reason that mitochondria are often referred to as the powerhouses of the cell.
Your friend Rashid wants to start a new business and has requested you to help him out in pricing his product. His invested capital is $7000, and he anticipates that the average cost of producing 500 units of his product is $100. He wants at least a 10% return on invested capital. On hearing this, you immediately ask him to use the targeted rate of return method for pricing. Based on this method, what price would ask him to set for his product?
The price that Rashid should set for his product is $104.
What price would be set for his product?In this case, Rashid wants to start a new business and has requested you to help him out in pricing his product. His invested capital is $7000, and he anticipates that the average cost of producing 500 units of his product is $100.
By taking the invested capital, dividing it by the quantity of units produced, and multiplying it by the target rate of return (in this case, 10%), the targeted rate of return method determines the price of a product.
7000 / 500 = 14
14 x 10% = 1.4
14 + 1.4 = 15.4
15.4 / 500 = 0.0308
0.0308 x 500 = 104
The price will be $104.
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which of the following ventricles is found under the corpus callosum? view available hint(s)for part a which of the following ventricles is found under the corpus callosum? fornix lateral ventricles third ventricle fourth ventricle
Lateral ventricles are divided by the septum pellucidum within the cerebrum are cavities known as the lateral ventricles.
What is the function of septum pellucidum?The septum pellucidum divides the right and left lateral ventricles midway. The cerebrospinal fluid (CSF), which cushions the brain, fills the spaces that make up the ventricular system of the brain.Each cerebral hemisphere contains a C-shaped hollow known as the lateral ventricle.
Ependyma lines the inside, which is filled with CSF. It has a 7 to 10 ml capacity. The septum pellucidum, a thin vertical sheet of nervous tissue that divides the two lateral ventricles, is surrounded by ependyma on both sides.
Therefore, Lateral ventricles are divided by the septum pellucidum within the cerebrum are cavities known as the lateral ventricles.
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which ribosome may terminate transcription unit in prokaryotes
Answer:
Transcription is Protein Synthesis
Explanation:
DNA to mRNA is by the ribosome Protein Synthesis
An S wave is a type of seismic wave called a transverse wave . Transverse waves occur when the material that carries
the waves moves up and down or side to side. Aside from a seismic wave, what is an example of a transverse wave that
you have observed?
An example of a transverse wave that I have observed is a wave on the surface of a body of water, such as an ocean wave or a wave in a pool.
What is a transverse wave?A transverse wave is a type of wave that involves the movement of particles in a medium (such as a solid, liquid, or gas) perpendicular to the direction of the wave. In other words, the particles of the medium move up and down or side to side as the wave passes through. This is in contrast to a longitudinal wave, which involves the movement of particles along the direction of the wave.
Examples of transverse waves include waves on the surface of a body of water, light waves, radio waves, and microwaves. These types of waves are all characterized by the movement of the particles that carry the wave being perpendicular to the direction of the wave. Transverse waves are also described by their wavelength, which is the distance between two successive crests or troughs of the wave, and their frequency, which is the number of cycles of the wave per second.
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Answer: A guitar string or oscillating jump rope are examples of transverse waves.
Explanation: The real actual answer from Edmentum
PLEASE I NEED HELP! Fungi break down dead matter. A container of carbon dioxide has its carbon tagged. In a sealed container there are plants, animals, and fungi. In what order would the tagged carbon be found?
describe the arbor vitae, including its makeup, location, and function. (module 13.6b) describe the arbor vitae, including its makeup, location, and function. (module 13.6b) the arbor vitae is gray matter of the cerebellum that interconnects pontine nuclei with the opposite cerebellar hemisphere. the arbor vitae is white matter of the cerebellum that carries communications between the cerebellum and pons. the arbor vitae is white matter of the cerebellum that connects the cerebellar cortex and nuclei with cerebellar peduncles. the arbor vitae is white matter of the cerebellum that links the cerebellum with the medulla oblongata and spinal cord. the arbor vitae is white matter of the cerebellum that connects the cerebellum with the midbrain, diencephalon, and cerebrum.
The arbor vitae is the white matter of the cerebellum that connects the cerebellar cortex and nuclei with cerebellar peduncles.
The arbor vitae is primarily made up of myelinated axons, which aid in the transmission of nerve impulses throughout the body. Myelinated axons are white with a faint pink tint. The pinkish hue is caused by the myelin sheath, which surrounds and safeguards the axons.
Arbor vitae is the greatest white matter found in the cerebellum's center. It gets its name from its branched, tree-like presentation. It is essential for arm and leg coordination, as well as any action requiring hand-eye coordination.
The arbor vitae is deep within the cerebellum. The deep cerebellar nuclei, as well as the dentate, globose, emboliform, and fastigial nuclei, are located within the arbor vitae. These four distinct structures give rise to the cerebellum's efferent projections.
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if the human pancreas is not functional. name the hormone that is deficient
Answer:
The deficient hormone would be insulin.
Explanation:
If insulin is deficient, you are at risk of getting type 2 diabetes.
Describe the path of an oocyte from ovary to fertilization please!
An oocyte is also known as egg cell which is a female gamete, it is produced by the ovaries and travels through the female reproductive tract and fuse with the sperm to form zygote.
What is fertilization?Fertilization can be defined as the fusion of a haploid male gamete i.e., spermatozoa or sperm and a haploid female gamete i.e., ovum to form a diploid cell (2n), the zygote inside the body of the female in case of mammals. The fertilization is internal in the case of humans and usually after nine months the fully matured baby is born.
The path of the haploid (n) oocyte or egg cell from the ovary to fertilization include first, the oocyte leaves the ovary as an unfertilized egg during the period of ovulation. From here, the oocyte enters uterine tube (fallopian tube) and begins to move down towards the uterus, through the help of cilia which are present along the walls of the fallopian tube. If fertilization is taking place, it usually happens within the next 24 hours or else the oocyte degenerate.
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Baby timothy suffers from apnea and is hooked up to a monitor to warn his parents when he stops breathing. timothy's dad snores very loudly. timothy's condition differs from his father's in that infant apnea is...
Baby timothy suffers from apnea and is hooked up to a monitor to warn his parents when he stops breathing. timothy's dad snores very loudly. timothy's condition differs from his father's in that infant apnea is a central problem of respiratory control.
Sleep apnea is a potentially dangerous sleep disorder in which respiration stops and starts repeatedly. You may have sleep apnea if you snore loudly and feel exhausted even after a full night's sleep.
Central sleep apnea takes place when your brain fails to send appropriate messages to the muscles that regulate your breathing during sleep. This is not the same as obstructive sleep apnea, in which you can't breathe usually due to upper airway obstruction. Obstructive sleep apnea is more common than central sleep apnea.
Snoring loudly and extreme tiredness even after a full night's sleep are symptoms. Losing weight and the usage of a breathing assistance device at night, such as a continuous positive airway pressure (CPAP) machine, are common treatments.
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According to MacArthur and Wilson's hypothesis of island biogeography, species immigration and extinction rates on a particular island correlate to _____.
According to MacArthur and Wilson's hypothesis of island biogeography, species immigration and extinction rates on a particular island correlate to the island's size and distance from the mainland.
In 1967, MacArthur and Wilson proposed the Theory of Island Biogeography, which suggested that the size of the island and its distance from the mainland determine the number of species and their extinction rates.
The following are their recommendations:
1. There are fewer species on the islands that are further from the mainland than on the mainland that is closest.
2. When compared to the larger island, the smaller island has a higher rate of species extinction.
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Genotype 'AS' is favored over genotypes SS and AA. Given the following observed/ expected numbers, calculate the relative fitness of the 'SS genotype. 'SS' Obs = 4, Exp = 17, 'AS' Obs=166, Exp =127 'AA' Obs = 1030, Exp = 1056 I I
Genotype 'AS' is favored over genotypes SS and AA because it is more fit. Fitness is a measure of how well a genotype can survive and reproduce in the environment it inhabits.
The relative fitness of a genotype is the ratio of its observed to expected numbers. In this example, the observed and expected numbers for genotype 'SS' are 4 and 17 respectively. Therefore, the relative fitness of 'SS' is 4/17 = 0.235.
This means that the genotype 'AS' is more fit than genotype 'SS' because its relative fitness (166/127 = 1.309) is higher. The relative fitness of genotype 'AA' is 1030/1056 = 0.977, which is lower than that of genotype 'AS'. This indicates that genotype 'AS' is more fit than both genotypes 'SS' and 'AA'.
Overall, the genotype 'AS' is favored over genotypes 'SS' and 'AA' because it is more fit. This is evidenced by the relative fitness of each genotype, which shows that genotype 'AS' has a higher fitness than both 'SS' and 'AA'.
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a lion's body cells perform many tasks at once; for example, some cells are involved in growing new claws and some cells help the lion keep breathing. which statement tells the most important factor that allows cells to keep accomplishing their many tasks? responses cells contain dna from two individuals, and the combined dna is constantly resulting in genetic variation. cells contain , uppercase d n a, from two individuals, and the combined , uppercase d n a, is constantly resulting in genetic variation. cells are constantly producing usable energy in the form of atp. cells are constantly producing usable energy in the form of , uppercase a t p, . new cells are continuously being made from old ones in the process of meiosis. , , new cells are continuously being made from old ones in the process of meiosis., dna is transcribing into rna, and rna is translating into proteins.
The statement that best describes the most important factor that allows cells to keep accomplishing their many tasks is that Cells are constantly producing usable energy in the form of ATP.
ATP is also produced during the cellular respiration process in a cell's mitochondria. This can be accomplished through either aerobic respiration, which demands oxygen or anaerobic respiration, which does not. From glucose and oxygen, aerobic respiration generates ATP (as well as carbon dioxide and water).
Adenosine triphosphate (ATP) is the cellular energy source for use and storage. ATP is a nucleoside triphosphate with the structure of a nitrogenous base (adenine), a ribose sugar, and three sequentially bonded phosphate groups.
Our cells produce ATP in two ways: substrate-level phosphorylation and oxidative phosphorylation. Plants have one more. They use sunlight energy to produce ATP during photosynthesis.
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Is the pictured leaf most likely from a monocot or from a dicot?
Answer:the question is inappropriate
Explanation:
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Usain Bolt is a Jamaican former sprinter, widely considered to be the greatest sprinter of all time. He is a world record holder in the 100 meters, 200 meters and 4 × 100 meter relay.
a. Describe what Usain’s body has to break down and produce to enable him to run so fast?
Usain’s body has to breaks down glucose and produce energy to enable him to run so fast in the process of cellular respiration.
What is the process of cellular respiration?The process of cellular respiration is the process by which the body breaks down large food molecules in the presence of oxygen to produce energy in the form of ATP.
The major food molecule that the body breaks down to produce energy is glucose.
Glucose is the most readily available form of food molecules that the body used to produce energy in the form of ATP.
The equation of the breakdown of glucose to produce energy in presence of oxygen is given below as follows:
C₆H₁₂O₆ + 6 O₂ ---> 6 CO₂ + 6 H₂O + ATP
The process of the breakdown of glucose to produce ATP occurs in three metabolic pathways given below:
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based on the second law of thermodynamics, how much biomass of phytoplankton would be needed to produce
In this food chain, 1,000kg are needed to create kg of (kg) of huge fish.
NOTE:The complete question is- 1 kilogram (kg) of large fish in this food web?
How do you calculate phytoplankton?It is common practice to calculate phytoplankton biomass utilizing connections between cell volume, carbon (C), and nitrogen (N) contents which have been established using a variety of plankton that range in size by several orders of magnitude.
Why could zooplankton biomass be higher than that of phytoplankton?Because zooplanktons are lighter and smaller in size than phytoplankton, their biomass is higher that of the latter.In addition, they spend the daytime in the shadows of water bodies and come to the surface at night to graze on phytoplankton.
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Which of the following statements about erythropoietin
is true?
a. It facilitates the proliferation and differentiation of the erythrocyte lineage.
b. It is a hormone produced by the thyroid gland.
c. It is a hemopoietic growth factor that prompts lymphoid stem cells to leave the bone marrow.
d. Both a and b are true.
It facilitates the proliferation and differentiation of the erythrocyte lineage.
What is Erythrocyte lineage?
Erythrocyte lineage refers to the process of erythrocyte (red blood cell) production, maturation, and destruction. It begins with stem cells in the bone marrow, which differentiate into the cells that form the red blood cells. These cells then mature and are eventually released into the bloodstream, where they circulate for about 120 days before being destroyed.
What is Erythropoietin?
Erythropoietin (EPO) is a hormone produced by the kidneys that stimulates the production of red blood cells in the bone marrow. It is primarily used to treat anemia caused by chronic kidney disease, cancer, and HIV/AIDS, as well as to boost the performance of athletes.
Hence, Option A is correct.
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a bone has high concentration of calcium yet wants to absorb even more calcium in order to become more dense stronger. the movement of more calcium requires energy and would be done by
Answer:
a process called active transport. this process requires calcium channels to open and close in order to allow calcium ions to move into the bone. this process is powered by adenosine triphosphate (ATP) which is a molecule that stores energy.
2. Describe a specific marine relationship among marine organisms. Predict what
would happen in the marine ecosystem if this relationship no longer existed.
Marine ecosystems are aquatic environments with high levels of dissolved salt, such as those found in or near the ocean.
What are most marine organisms?
Plankton are the most common. Plankton make up one of three major groups of marine life. The other two groups are nekton and benthos (Figure below). Living things in the oceans are placed in these three groups.
What are marine organisms called?
The animals inhabiting the sea are called marine organisms. Marine organisms may be classified as Nektonic, Planktonic, or Benthic. The distribution of marine organisms depends on the chemical and physical properties of seawater, ocean currents & penetration of light.
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Compare/contrast the motor impulse going to a somatic muscle and the motor impulse going to a visceral organ and give the differences between the two pathways. Use a chart similar to the one below to record your points about each. Feel free to reduce or add addition blocks if needed. A. Motor impulses to a somatic muscle originate in the anterior gray horn, goes to voluntary muscles and involves only the preganglionic fiber, whereas the motor impulse to visceral organs originate in the lateral gray hor, goes to glands and organs, and can involve only the preganglionic fiber or both the pre- and post- ganglionic fibers. B. Motor impulses to a somatic muscle originate in the lateral gray horn, goes to involuntary muscles and involves the pre- and post-ganglionic fibers, whereas the motor impulse to visceral organs originate in the anterior gray horn, goes to voluntary muscles, and involves only the preganglionic fiber. C. Motor impulses to a somatic muscle originate in the anterior gray hom, goes to voluntary muscles and involves only the preganglionic fiber, whereas the motor impulse to visceral organs originate in the lateral gray hom, goes to glands and organs, and can involve only the pre- and post- ganglionic fibers. 17. Would a low calcium diet influence the contraction of a muscle? A. No because sodium is the ion that takes the message into the cell. Calcium is only important for going into the neuron to cause the release of AcH. B. No because sodium is the ion that takes the message into the cell. Calcium is not use in the process of muscle contraction C. Yes because calcium is needed to uncover the active site on actin so that the cross bridges can form and start the sliding process.
Motor impulses to a somatic muscle originate in the anterior gray horn, goes to voluntary muscles and involves only the preganglionic fiber, whereas the motor impulse to visceral organs originate in the lateral gray hor, goes to glands and organs, and can involve only the preganglionic fiber or both the pre- and post- ganglionic fibers.
The motor system is the set of central and peripheral structures in the nervous system that support motor functions, i.e. movement. Peripheral structures may include skeletal muscles and neural connections with muscle tissues. Central structures include cerebral cortex, brainstem, spinal cord, pyramidal system including the upper motor neurons, extrapyramidal system, cerebellum, and the lower motor neurons in the brainstem and the spinal cord.
Motor impulses to a somatic muscle originate in the anterior gray horn, goes to voluntary muscles and involves only the preganglionic fiber, whereas the motor impulse to visceral organs originate in the lateral gray hor, goes to glands and organs, and can involve only the preganglionic fiber or both the pre- and post- ganglionic fibers. The motor system is the set of central and peripheral structures in the nervous system that support motor functions, i.e. movement.
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