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Jet001 [13]
3 years ago
9

The difference between gross and fine motor skills is whether they: A. involve bigger or smaller muscles. B. involve mental or p

hysical skills. C. are controllable. D. are due more to nature or nurture.
Biology
1 answer:
Feliz [49]3 years ago
7 0

Answer:

The differences between gross and fine motor skills :-

Explanation:

There is also the motor ability, which can be split into two broad areas: gross engine capabilities and fine motor abilities.* All of them are not exclusive and gross controls must be well designed to allow a person to produce fully controlled movements.

Big engine competences, such as walking, standing, and running, are required for everyday activities. We require strong core muscles and the ability to co-ordinate hand and oeil in order to produce fluid motion such as tossing, catching or punching the ball.*Standing, running or standing are all necessary for day-to-day activities. They require strong core muscles and a hand coordination skill

Motor skills are movements that function together with the brain, nervous system and muscles. Small motor skills–such as the taking of small objects and the handling of a spoon–include small finger muscles, toes, elbows, lips and tongue. The best motor skills are the larger gestures, which use the great muscles in arms, legs, torso and feet — like to turn over and sit.

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Photosynthesis

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Which of the following statements about excision repair is correct?
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Answer:

a. True, b. False, c.True, d. True

Explanation:

a. Base excision repair is started by a DNA glycosylase  that recognizes the changes and removes the altered base by cleavage of the glycosidic bond binding the base and the deoxyribose sugar together.

b. Nucleotide excision repair works by a cut-and patch mechanism that removes their heavy lesions, including pyrimidine dimers and nucleotides . Endonucleases are responsible for the lesion of the damaged strand.

c. Nucleotide excision repair  is initiated by the proteins namely UvrA, UvrC, and UvrB in Escherichia coli.

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d. DNA glycolases removes the damaged nitrogenous base.

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e. Xeroderma pigmentosum complementation group A(XPA)

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3 years ago
What factors caused kia to choose georgia for its first american plant?
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<u>Answer:</u>

<em>Many factors caused Kia to choose Georgia for its first American plant. </em>

<u>Explanation:</u>

<em>Kia wanted a location that has access to all kinds of transport network highways, shipping ports, railways and airport. </em>Georgia satisfied this need.

Georgia is situated at the heart of the southeatern automotive corridor and Kia required proximity to its future suppliers which made them choose Georgia as the location. <em>The beneficial tax structure of Georgia and its competitive workforce attracted Kia. </em>

The percentage of unionized manufacturing workers are low in Georgia. <em>A long history of automotive leadership has made Georgia a location where known for good industrial practices and skilled workforce. </em>

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3 years ago
Neutron notes
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Answer:

Neutrons are relatively massive particles that are one of the primary constituents of the nucleus. However, neutrons can be produced in a number of ways and can represent a significant source of indirectly ionizing radiation. Generally, neutrons are segregated into several categories on the basis of their energy. Thermal neutrons are those that are in thermal equilibrium with matter and, in special cases, have a Maxwellian distribution of velocities. In this distribution, the most probable velocity at 295 K is 2200 m/sec, corresponding to an energy of 0.025 eV.

Neutrons in the energy range 0.5–10 keV are called intermediate neutrons. These neutrons may also be called resonance or epithermal neutrons. Fast neutrons are those in the energy range 10 keV to 10 MeV. In this energy range, neutrons interact with matter through elastic collisions (i.e., billiard-ball–type collisions). Neutrons with energies >10 MeV are called relativistic neutrons.

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All the main processes of interaction are caused by nuclear forces, as a result of various manifestations of which energetic charged particles appear in the substance. These are charged particles produced by neutrons that transmit their energy to matter, mainly due to ionization.

Unlike charged particles, which practically continuously lose energy in small portions, neutrons experience rare collisions with atoms, in which they can lose either all or a large part of their energy, which is caused by the short-range nature of nuclear forces.

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Because neutrons do not have an electric charge, they freely penetrate through the electron shells of atoms and are not repelled by the Coulomb field of the nucleus. Therefore, neutrons are an excellent tool with which you can study the nucleus, solids, biological structures, and create new elements that are absent in the surrounding world and are useful for medicine, industry, agriculture, and science.

Explanation:

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<h2><u>PLEASE MARK BRAINLIEST!</u></h2>

Answer:

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Explanation:

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I hope this helps!

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