Which molecule forms the bulk of a cell membrane? a phospholipid b glucose c dna d protein submit answer?
the part of the brainstem that helps to coordinate movements is called the
________ is a phenomenon that explains the tendency for the function of one part of the brain to depend on the activity of another.
a. perfusion imaging (pi)
b. inhibitory activity
c. blood oxygen level dependent (bold)
d. neural context
Describe how the articulating bones of the elbow prevent hyperextension
The articulating bones of the elbow prevent hyperextension through the support of ligaments and the articular capsule. The ulnar collateral ligament and the radial collateral ligament resist hyperextension, while the articular capsule prevents side-to-side movements.
Explanation:The articulating bones of the elbow prevent hyperextension through the support of several ligaments. The ulnar collateral ligament, located on the medial side of the elbow, is the strongest and resists hyperextension. The radial collateral ligament on the lateral side of the elbow also helps prevent hyperextension. Finally, the articular capsule of the elbow, which is thickened with intrinsic ligaments, prevents side-to-side movements, including hyperextension.
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How does the use of assistive biomedical technology in children differ from the use of assistive biomedical technology in adults?
The use of assistive biomedical technology differs in children than in adults due to the following reason:
Children suffering from disorder like Down syndrome needs help to cope with that is learning how to adjust to the disorder. Adults suffering from this disorder need support to cope up with it, there is very less scope of learning.
Further Explanation:
The main term referred as biomedical technology is a combination of technology and engineering to solve the medical or biological issue in humans. The major difference between the use of the assistive biomedical technology in adults and children is mainly depending upon how the technology is modifying for the use of the particular age group. There are many different types of assessment devices for biomedical technology:
Cosmo-Bot Cosmo’s learning system Stroke rehab glove Tap-tap rehabilitation Learning for children
For example, in children, cognitive devices may assist in classroom learning, on the other hand, for an adult, a cognitive device may focus on the rehabilitation therapy post-stroke. Thus, mainly children require coping up from the disease and adults just require support.
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Answer Details:
Grade: High School
Subject: Biology
Topic: Assistive Biomedical Technology
Keywords:
Assistive biomedical technology, rehabilitation, support, adult, children, learning, stroke, disease, system, classroom, cognitive device.
How do the roots of most plants obtain food for survival?
A)They store food within them.
B)The phloem tissue carries food to the roots.
C)They survive by absorbing water from the soil.
D)They make their own food, like the rest of the plant.
ITS B The phloem tissue carries food to the roots.
Answer:
B)The phloem tissue carries food to the roots.
Explanation:
As you may already know, plants produce their own food through photosynthesis. However, these foods are produced in the leaves, but need to be distributed throughout the plants, including must reach the roots. Who distributes the products produced during the photosynthesis is Floema.
Phloem is an important tissue related to the conduction of elaborate sap (produced in photosynthesis) in the body of the plant. This means that it is through this tissue that substances such as water, sucrose, amino acids, nucleic acids, vitamins and inorganic ions are transported to all parts of the plant, including the roots.
which of these represents the condensation in the water cycle?
a)rain
b)snow
c)rivers
d)clouds
you need to be sure in ur answer!
The clouds represents the condensation in the water cycle.
So, option D is correct one.
What s condensation ?The condensation is the process in which water in gases form or water vapor is converted into liquid water.The best example is clouds.When water droplets in the clouds combine and become heavy enough then convert into liquid and rain down as a raindrops.What do you understand by Water cycle?The water cycle describes the movement of the water within earth and atmosphere.It includes different process because it is complex system.The water starts to move from river and come back to the earth.The liquid water evaporates from river into water vapor and condense to form clouds and these clouds precipitate in the form of rain and come back to earth.learn about water cycle
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Both external and organization factors shape internal pay structures.
a. True
b. False
No machine can achieve 100% efficiency in terms of work output. In any mechanical system, what is considered the most common cause for some of the work being turned into thermal energy?
A) friction
B) inefficiency
C) poor design of the machine
D) not using the machine properly
"thymocyte progenitors enter the subcapsular region of the thymus as double-negative cd3- t cells where the double negative refers to lack of cluster determinants___________ and _________"
If you observed pathological lung sections, record your observations. also record how the tissue differed from normal lung tissue. complete the table below using your answers.
Comparing pathological lung sections with normal lung tissue involves identifying unique abnormalities and signs of illnesses such as asthma and pneumonia, which alter the normal structure and function of lungs.
Explanation:Observing pathological lung sections involves identifying abnormalities in the lung tissue that differ from the normal lung tissue. Normal lung tissue does not have the characteristics of lung tissue during an asthma attack, typified by thickened mucosa, increase in mucus-producing goblet cells, and eosinophil infiltrates. A comparison to normal lung tissue allows for identification of pathological states, such as in asthma or pneumonia.
In the case of pneumonia, lungs may fill with mucus, show shadows in radiographic images, and produce a crackling sound during breathing. Furthermore, hypoxemia, a lower-than-normal level of oxygen in the blood, can be detected which is indicative of lung pathologies.
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Something that disrupts homeostasis is known as a
a. stressor.
b. stress.
c. eustress.
d. distress.
Answer:
homeostatic imbalance is the right one.
Explanation:
In all eusocial species, sterile workers assist fertile ____ with whom they share genes.
What observations and evidence have jonathan losos and his colleagues gathered to support the theory of natural selection?
The goal of olpc experiment with solar-powered tablets in ethiopia was to ____.
Which of the following could be considered a benefit of the industrial revolution? A. Increased rate of population growth B. Increased reliance on fossil fuels C. Increased standard of living D. Increased use of groundwater E. Increased energy inputs for agriculture
Answer: Option C
Explanation:
Industrial revolution can be defined as the time where manual labor was exchanged by machines.
Many machines was set up to produce the products in huge amounts by machines with the use of less cost for raw materials, no cost for labor.
The products were very cheap when compared to handmade products. These products were so cheap that everybody was able to produce it and it increased the standard of living.
Hence, the correct answer is option C
A solid keeps its shape due to which of the following factors?
A. Space between particles
B. Attractive forces between particles
C. The type of element in the solid
D. The container it is placed in
Answer:
Attractive forces between particles
Explanation:
There are three states of matter i.e solids, liquids and gases. All three states have different properties. A solid keeps its shape due to attractive forces between particles. These forces are called inter molecular forces. The particles of solid keeps with this force. There are few types of inter molecular forces
Ionic bondsVan-der-Waals dipole-dipole interactionsHydrogen bondingVan-der-Waals dispersion forces.Hence, the correct option is (b) "Attractive forces between particles".
A solid keeps its shape due to the attractive forces between particles.
Solids have their own shape and volume.
The particles that compose them are very ordered and the attractive forces between them are very large, so they do not flow and are very rigid.
About solids:
Its particles are oscillating around "fixed" positions of maximum stability.These positions or distances between atoms, of maximum stability are those that present the maximum attractive forces and the minimum repulsive forces.
The forces between the particles of a solid are high enough so that the cohesion of the crystal is maintained.This is due to the fact that the attractive forces are very intense and the particles are only free to carry out small vibrations and that is why solids have constant shape and volume.
Therefore, we can conclude that a solid keeps its shape due to the very intense attractive forces between particles.
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what type of bond keeps each individual DNA strand together?
Each DNA strand is held together internally by covalent bonds, while hydrogen bonds keep the two strands of the double helix joined, enabling them to unzip easily during DNA replication and repair.
The type of bond that keeps each individual DNA strand together is the covalent bond, which connects the sugar-phosphate backbone within each strand. Meanwhile, the two strands of the double helix of DNA are held together by hydrogen bonds. These hydrogen bonds are relatively weak, allowing the two strands to unzip during DNA replication, where each strand serves as a template for creating a new complementary strand.
The base pairing rules, Adenine (A) to Thymine (T) and Guanine (G) to Cytosine (C), are facilitated by these hydrogen bonds. Each base pair is connected by multiple hydrogen bonds - A and T by two hydrogen bonds, and G and C by three - to maintain the double helix structure of DNA.
In summary, the double-stranded structure of DNA is an artistic yet accurate portrayal of the hydrogen bonding holding the two strands together. This bond provides great strength when all are connected and allows for the necessary unzipping that occurs during DNA replication and repair processes.
Brett ate poisonous wild mushroom, which partially paralyzed his motor unit. his doctor performed an emg test on him and the emg trace is shown above. predict what normal emg from brett could look like?
is the number of deer on the island a density-dependent or density-independent limiting factor for the wolf ?
Answer:
It is density dependent.
Explanation:
Limiting factors, according to ecologists, are those that influence the size of a population. These factors are divided into dependent and independent. Dependent factors are those that influence mortality and birth rates in a population, in which case we can state that the number of moose on an island is a dependent limiting factor for the density of a wolf population.
This is because, wolves feed on moose, if the number of moose is small, the density of the wolf population will decrease because they will have difficulty feeding and consequently die. On the other hand, if the moose population is large, wolves will have abundant food and this will increase the density of the wolf population.
Which layers of the Earth are common to both the compositional and mechanical descriptions? a. crust and mantle b. lithosphere and mesosphere c. inner and outer core d. crust and lithosphere
The core of the Earth is the deepest layer of the planet, which is divided into inner and outer core, these being very hot and dense composed of ferromagnetic minerals responsible for generating the electromagnetic field that surrounds the planet.
The core is mainly composed of iron, with 5-10% nickel and other minor elements such as sulfur and oxygen and other ferromagnetic minerals, these materials exist both in the inner and outer core, only in liquid form on the outer core and solid in its inner core.
The outer core, that is, its most superficial layer, consists of iron, nickel and other molten metals, it is a layer subjected to very violent convection processes, whose displacement precisely generates the Earth's magnetosphere, acting as a gigantic dynamo.The inner core, its deepest layer, is composed of 70% iron and 30% nickel in a solid alloy, acting as a stabilizer of the magnetic field created by the liquid outer core.Therefore, we can conclude that the liquid outer core generates the geomagnetic field and the solid inner core stabilizes it, both layers are composed of iron being these very hot and dense.
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WILL GIVE A BRANILEST AND 20PTS
Widespread hunting of predators may result in _____.
a safer environment
overpopulation of prey
the arrival of new predators
an abundance of vegetation
Answer: Option B
Explanation: The population of prey inversely depends on the population of predators.
Predators are the organism that prey on other organism for their survival.
As they are inversely proportion to each other, more is the number of predators less is the number of prey and less is the number of predators more is the number of prey.
for example snake eat mouse, as here mouse is the prey and snake act as predator, if the population of snake decreases then the population of mouse will increase.
Thus, the correct answer is option B.
The coppice method of regenerating trees is practiced by doing what to all of the trees in a stand at the same time?
a.planting
b.cutting
c.fertilizing
d.watering
2. Describe an experiment that could test the hypothesis that an enzyme binds to a substrate when it acts. An experiment that could test the hypothesis that an enzyme binds to a substrate when it acts would be
Knowing what tetanus toxin does to motor neuron activity, predict what would happen to the concentration of acetylcholine in the synaptic cleft.
Teddy is afraid of needles and injections. whenever the nurse attempts to give him an injection, he screams and flails his arms and legs wildly. his heart rate increases, and he begins to sweat profusely, which indicates activation of the
Answer:
sympathetic nervous system
Explanation:
The sympathetic nervous system is responsible for changes in the body in stress or emergency situations. This leaves the individual on alert, ready for fight and flight reactions.
Since Teddy is terrified of needles, taking a shot is a very stressful time for him, so when he finds himself facing a needle in the syringe, his sympathetic nervous system is activated and his body goes into a fight and flight state, so , he begins to have reactions such as shouting and shaking his arms and legs wildly. In addition his heart rate increases and he begins to sweat profusely.
What explanation might an economist provide why some people smoke cigarettes smoke cigarettes when such behavior can lead to health consequences? some people likely smoke cigarettes smoke cigarettes because?
Although salts of fatty acids form micelles, phospholipids and glycolipids form bimolecular sheets because of
What is the importance of the stop codon uag?
The importance of the stop codon UAG lies in its role in protein synthesis within cells. During translation, the process by which messenger RNA (mRNA) is decoded to produce a specific protein, the UAG stop codon serves as a signal to terminate the elongation of the polypeptide chain.
In the genetic code, each set of three nucleotides, called a codon, corresponds to either an amino acid or a stop signal. The UAG codon is one of the three stop codons (the others being UAA and UGA). When the ribosome, which is the machinery that reads the mRNA, encounters the UAG codon, it recognizes this as a termination signal. This triggers the release of the newly synthesized polypeptide chain from the ribosome, effectively ending the translation process for that particular mRNA molecule.
The accurate recognition of stop codons is crucial for the proper functioning of cells. If a stop codon is not recognized, or if it is mutated to encode an amino acid instead, the result can be an abnormally long protein or a nonfunctional one, which can lead to cellular dysfunction and disease.
Moreover, the UAG stop codon has gained attention in the field of synthetic biology. Researchers are exploring ways to repurpose UAG and other stop codons to incorporate non-standard amino acids into proteins, expanding the diversity of protein structures and functions that can be engineered.
In summary, the UAG stop codon plays a critical role in protein synthesis by signaling the end of translation, ensuring that proteins are made with the correct sequence and length, and it holds potential for future applications in the field of genetic engineering.
List the three main differences between rna and dna