Answer:
sensory, motor, and interneurons.
Explanation:
For neurons in the brain, at least, this isn't an easy question to answer. For the spinal cord though, we can say that there are three types of neuronssensory, motor, and interneurons.
Answer:
Afferent "Sensory" Neuron
Interneuron "Associative Neuron"
Efferent "Motor" Neuron
Explanation:
The Afferent Neuron or Sensory Neuron receives information from the sensory receptors and carries the impulse from the sense receptors to the central nervous system. In this example the touch receptors in the skin are relaying information through the Afferent "Sensory" Neuron from the environment to the spinal cord.
The Interneuron or the Associative neuron is the transfer station or the decision making neuron. In the case of the reflex arc the Interneuron would make a decision to respond or not respond based upon the intensity of the stimulus.
The Efferent Neuron of Motor Neuron would then return the impulse back to the muscle or gland that would need to respond.
how ribosomes help cell maintain homeostasis
Answer:
Ribosomes create the thermoreceptors of the body. Another example of a homeostatic condition maintained by proteins is blood-glucose levels. When our blood-sugar levels get too high, specialized cells in the body release a protein hormone called insulin.
Explanation:
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Answer: Ribosomes play a key role in homeostasis. Without ribosomes, a cell would not make proteins. A cell with no ribosome would simply not function. With no protein reproduction to maintain the cell wall there would be no barrier to keep invasive bodies from damaging the inner workings of the cell, there would be no way to produce the needed proteins for rebuilding and maintaining the cell.
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What the weakness of DNA Extraction??
Please help me
Thank you
Answer:
the weakness potential is for invasion of individual privacy.
Explanation:
Because a person's DNA reveals so much information about their physical state, it is sensitive information that must be carefully guarded.
Choose one specific natural resource in your region. Describe what it is used for, how it is harvested, what attempts have been made to manage it in a sustainable way, and how social, economic, and environmental needs may come into conflict. Evaluate how effective the attempts of natural resource management have been.
Answer:
Rainwater is very important in my area, we use it for crops, animals and for everyday essentials. It's collected in jars and kept stored, it can be filter then boiled to extract any bacteria. Then I usually sit it outside in the sun to grab the suns energy. This saves me a lot of money on utilities like my water bill for example. It's safe for everyone and poses no threat to the environment.
Explanation:
This is a natural alternative for anyone who loves nature and alkaline water
Answer:
Blue crab is an important resource in my region. It is harvested in Chesapeake Bay. People in my region have been eating blue crabs for hundreds of years. Blue crabs are usually harvested in traps called crab pots. Most crabs are harvested commercially, but recreational crabbing is also important. Crab harvesting in Chesapeake Bay is regulated by the states of Maryland and Virginia, and special licenses are required. Limits are placed on the number of crab pots and the sizes of crabs that can be kept. Even though regulations are in place to protect the crabs, their numbers are declining due to deteriorating water quality in Chesapeake Bay. The crabs require additional protection, but too many restrictions could put people out of work because blue crabs are a popular, traditional food in the region, and thousands of people make a living from crab fishing. The natural resources management of the crabs is inadequate because the crabs continue to be harvested in an unsustainable way.
Explanation:
EDMENTUM ANSWER
What is the control group of plants can hear music or sound
Answer:
Wht are the answer choices
Explanation:
How long does it take for an avocado seed to sprout?.
Answer:
It takes about 2 to 6 weeks
Explanation:
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The amount of food that can be produced in an given area is called
Food production is the quantity of food produced, processed, prepared in an area.
What is Food production area?Food production area refer to a geographical location where food products or their ingredients for human consumption are prepared, processed, repacked, handled or manufactured.
The food produced are localised in that area and can be exported to other place.
The food production area is normally known for a specific food manufactured in that area.
Therefore, Food production is the quantity of food produced in an area
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This article discusses a group of scientists who are studying an ecosystem. What ecosystem are the scientists studying?
Answer:
This article discusses a group of scientists who are studying an ecosystem. What ecosystem are the scientists studying? A the Hudson River ecosystem.
Explanation:
What are the characteristics of nonavianreptiles that set them apart?
Answer:
Nonavian reptiles have dry skin with keratinized scales, a single condyle, internal fertilization, an amniotic egg, metanephric kidneys, and lungs.
Explanation:
Go to the Model tab at the bottom of the simulation, and select the Star-Planet orbit. Decrease the mass of the Star to the minimum possible amount, and begin the simulation. What happened? Why do you think this happened?
Answer: The orbiting body left the orbit. The gravitational attraction between the two objects was too weak for a stable orbit to form Explanation:Its right!!
Answer: The orbiting body left the orbit. The gravitational attraction between the two objects was too weak for a stable orbit to form.
Explanation:
What are 'prokaryotic organisms'? What are some examples?
Explanation:
Prokaryotic organisms are type of cells that are clearly different from eukaryotic cells (human or plant cells), since they lack nucleus and other type of organelles and differ with size. ( some of them have flagella which helps these cells to move)
Example: Any type of bacteria can be considered as a Prokaryotic cell
Prokaryotic organisms are organisms that lack a true nucleus or in other words that have a primitive nucleus. This includes bacteria, E-coli, etc.
What is the difference between prokaryotes and eukaryotes?Eukaryotes are the organisms that have a well developed nucleus. They also have membrane bound cell organelles. These are generally multicellular.
Prokaryotes have a primitive nucleus, and the organelles are also not membrane-bound. These are unicellular.
Prokaryotes are divided into bacteria and archaebacteria. Most of them are small, single-celled and relatively simple. Example cyanobacteria, bacteria, E-coli, etc.
Thus, the organisms like bacteria, which lack a true nucleus are called prokaryotes.
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What would happen if there were no predators in the forest? Would the colors of the moths change over time?
How do biotechnologists amplify DNA in order to perform genetic testing?
Answer:
A technique used to amplify, or make many copies of, a specific target region of DNA.
Explanation:
Which of the following best describes the total amount of carbon in the system made up of the Earth and its atmosphere?
A. It remains constant because oxygen converts to carbon in the geosphere and hydrosphere.
B. It continually increases as carbon is produced during cellular respiration and trapped in the atmosphere.
C. It continually decreases as carbon is used up during photosynthesis and trapped in the biosphere.
D. It remains constant because carbon cycles through the atmosphere, hydrosphere, biosphere, and geosphere.
Answer:
A
Explanation:
It remains constant because carbon cycles through the atmosphere, hydrosphere, biosphere, and geosphere.
Which of the following is an example of a nonspecific immune response?
A plant specimen has seeds that are enclosed by a fruit. which type of plant is it?
Angiosperms are plant specimen that has seeds that are enclosed by a fruit.
What are angiosperms?Angiosperms are well-defined plants with stems, roots, and leaves.They are vascular plants ( they have xylem and phloem tissues to transport water minerals throughout the body).Their seeds are enclosed in fruit and include flowering plants.Hence, "Angiosperms" is the correct answer.
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Identify the independent variable in the experiment represented in Figure 3B. Justify the use of hair from individuals unaffected with FT as the control in the experiment represented in Figures 3A and 3B. Based on the data in Figure 3B, describe the FT effect of the disorder on the proportion of hairs in the growth phase. Based on Figure 2, if individuals 3 and 4 have another child, calculate the probability that the child will be affected
Based on the experimental data, the independent variable is the protein fibroblast growth factor-5, FGF5 which is unaffected by hair growth.
What is FT?Familial trichomegaly, FT, is a genetic disorder which results in abnormally long eyes in affected individuals.
FT is caused by a mutation in the genes that coded for the protein fibroblast growth factor-5, FGF5.
In research, the independent variable is unaffected by changes in another variable, butis changed and controlled by the researcher.
Based in the experiments, the independent variable is the protein fibroblast growth factor-5, FGF5.
Therefore, the independent variable is the protein fibroblast growth factor-5, FGF5 which is unaffected by hair growth.
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Muscle control and body coordination are controlled by the:.
Answer:
The Cerebellum's Balancing Act
Explanation:
The cerebellum is at the back of the brain, below the cerebrum. It's a lot smaller than the cerebrum. But it's a very important part of the brain. It controls balance, movement, and coordination (how your muscles work together).
Muscle control and body coordination are controlled by the cerebellum.
The cerebellum is a highly specialized region of the brain located at the back of the skull, beneath the cerebrum. It is usually referred to as the "little brain" due to its appearance and position. Although it constitutes only about 10% of the brain's total volume, the cerebellum contains an enormous number of neurons.
It plays a crucial role in motor control, coordination, and balance. It receives information from various sensory systems. It also receives input from the cerebral cortex, which is involved in planning and initiating movements.
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Expected frequency of CC genotype
Answer:
0.18
Explanation:
3. use the simulation to observe the first-generation offspring from the cross between flowers c and a. what is the most likely genotype of flower c? use a punnett square to justify your explanation.
To observe the first generation offspring of the cross between the flowers c and a. the most likely genotype of flower c is its color.
What is genetic probability?Probability serves to mathematically estimate the possibility of events that happen by chance, that is, as a matter of luck. It can be defined by the following formula: Where P is the probability that an event will occur, A is the number of desired events, and S is the total number of possible events.
With this information, we can observe the first generation offspring of the cross between the flowers c and a. the most likely genotype of flower c is its color.
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Answer: The most likely genotype is color.
Explanation:
Two unlinked loci affect mouse fur color. nn or nn mice are agouti. mice with genotype nn are albino because all pigment production is blocked, regardless of the phenotype at the second locus. at the second locus, the a allele (agouti coat) is dominant to the a allele (black coat). what would be the result of a cross between two agouti mice of genotype nnaa?
The result of a cross between two agouti mice of genotype nnaa are albino offspring because mice with genotype nn are albino (pigment production is blocked by epistasis).
What is epistasis?Epistasis is a genetic phenomenon where the presence of a gene variant alters a phenotype influenced by other genes.
A gene is epistatic when a variant (allele) can alter the expression of another gene in the same signaling pathway.
Epistatic interactions are very common in nature and many traits are influenced by this type of interaction.
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Which of the following explains Mendel's principle of segregation?
A. During meiosis, gametes are produced with only one copy of each gene.
B. Heterozygous organisms always breed true for a given trait.
C. Genes that are close to each other on a chromosome are often inherited together.
D. An organism must receive only one copy of a recessive gene to show the recessive trait.
Answer:
C. Genes that are close to each other on a chromosome are often inherited together.
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The suspended particles released by combustion of coal in air may lead to a health disease. Select the correct option.
A. Goitre
B. Arthritis
C. Asthma
D. Bone cancer
C. Asthma
- Goitre is due to lack of iodine in diet.
- Arthritis due to inflammation of the joints.
- Bone cancer due to radiation.
- Asthma due to intake of harmful gases like CO₂.
Answer:
Asthma
Explanation:
Burning of coal in air causes combustion the reaction is given by
C+O_2-->CO_2Carbon dioxide is a harmful gas for our lungs so it causes Asthma
Which of the following would be considered a biotic factor in an ecosystem?
water
flower
fog
soil
Answer:
flower
Explanation:
biotic is a living organism including plants of any type fog spil and water are not living
What type of intercellular junction bands together adjacent cells, making the epidermis stronger?.
Answer:
Tight or occluding junctions This type of junction is also called zonula occludens and is the most apical structure in the epithelial cell. Zonula occludens describes, that there is a formed band of tight junctions which encircles every cell.
Explanation:
there are three categories of chemical reactions based on changes in chemical structure. The first category is
Which of these describe an inheritance pattern of autosomal genetic disorders? Select all that apply
For an autosomal dominant disorder to be expressed, two copies of the abnormal allele must be inherited.
For an autosomal recessive disorder to be expressed, two copies of the abnormal allele must be inherited.
For an autosomal recessive disorder to be expressed, just one copy of the abnormal allele must be inherited.
For an autosomal dominant disorder to be expressed just one ceny nf the abnormal allele must
The following describe the inheritance pattern of autosomal genetic disorders.
For an autosomal dominant disorder to be expressed just one copy of the abnormal allele must be inherited.For an autosomal recessive disorder to be expressed, two copies of the abnormal allele must be inherited.What is autosomal genetic disorder?Autosomal disorders is a form.of genetic disorders which is as a result of mutations in genes on the autosomes or chromosomes. Each person have two copies of autosomal gene, one of the alleles are inherited from each parent. Autosomal dominant disorders occur when there is a mutation in one copy of the gene.
Therefore, The following describe the inheritance pattern of autosomal genetic disorders.
For an autosomal dominant disorder to be expressed just one copy of the abnormal allele must be inherited.For an autosomal recessive disorder to be expressed, two copies of the abnormal allele must be inheritedLearn more about autosomal genetic disorder below.
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Which resource do you think is most important to
your survival: water, air, a place to live, or food?
Answer:
air
Explanation: without air you can cant even live
What is one possible result of a mutation within a start codon? A stop codon?
The result of a mutation within a start codon is the non-start of the protein translation, whereas a mutation in the stop codon will long the length of the protein.
What are transcription and translation?Transcription refers to the process by which a fragment of DNA is used as a template to create an RNA molecule, usually a messenger RNA.
Subsequently, this mRNA sequence can be used to create a protein by a process called translation.
The triplets of nucleotides (codons) in the mRNA are read by the ribosomes during translation, thereby a mutation in the start codon would produce a nonfunctional mRNA.
Moreover, a mutation in the stop codon will long the length of the resulting protein sequence.
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Which lists three units of an organ system in order from the simplest to the most complex?
Use the drop-down menus to answer the questions about binary fission. binary fission is a form of reproduction. binary fission results in cells that are .
Binary fission is a form of agamous reproduction. The cells produce by binary fission are two, and the cells that are produced are identical.
What is binary fission?Binary fission is the division of the body into two identical bodies.
Binary fission is an agamous reproduction, in which the animals divide the cells into two cells and the second cell is called the daughter cell.
The single-celled animal reproduces by binary fission. Examples are hydra, bacteria, etc.
Thus, the correct options are 1. agamous reproduction, 2. Two, and 3. Identical cells.
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Just did the assignment
Explanation: