<h2>The Forearm</h2>
Explanation:
The proximal end of the radius illustrates the relationship of form and function. The cup-like surface of the radial head articulates with the rounded shape of the capitulum. This forms a joint that allows for movement of elbows and forearms.
Radius and ulna are the two bones of the forearm. Their proximal ends articulate and fit into the cup like end of the humerus. This forms a synovial joint called the elbow joint. The movement of this joint allows the forearms to supinate and pronate.
A. Any soil on the suspect should be collected and labeled
C
ATP is usually used in processes and biochemical reactions in the body that would not occur spontaneously hence require energy to proceed them forward.
Explanation:
One such process is the transport of molecules against the concentration gradient. This is akin to climbing a hill. The channels that carry the molecule against concentration gradient require energy in carrying the molecule from the low concentration outside the cell to high concentration inside the cell. This is called active transport. Facilitated diffusion use membrane channels too, but no ATP energy is consumed because the molecules are moving down concentration gradient.
Learn More:
For more on active transport check out;
brainly.com/question/1046994
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Answer:
d. An obese person has more and larger fat cells than does a healthy-weight person
Explanation:
Fat cell development is known as adipogenesis. This involves the process whereby adipose tissue in the body increases in growth. This growth occurs as a result of increase in accumulation of fat and lipids in the body .
The adipose tissues are usually found under the skin and it is more in obese patients than in normal healthy weighted person.
Answer:
The correct answer is option A. "cell fractionation to study the function of specific organelles".
Explanation:
Cell fractionation is a scientific process used to study the function of specific organelles, which main idea is to fractionate the cells but preserving the individual function of the elements of the cell. Usually, the separation takes place by a centrifugation method. This methodology was developed to identify the location of the organelles within the cells, but nowadays is used to study its functions.
