Answer:
b, and e
Explanation:
took a a test
Answer:
Plantarflexion
Explanation:
The term plantar flexion refers to the movement of the foot in a downward motion away from the body.
Cabo San Lucas
La Paz
Tijuana
True or False?
B. 1.75 A
C. 2 A
D. 1.33 A
3. When all parts of a circuit are composed of conducting materials, the circuit is said to be
A. parallel.
B. closed.
C. open.
D. shorted
4. Suppose you have two magnets. Magnet A doesn't have its poles labeled, but Magnet B does have a clearly labeled north and south pole. If these two are brought into contact with one another, which of the following could you expect?
A. The side of Magnet A that's repelled by Magnet B's north pole must be Magnet A's south pole.
B. The side of Magnet A that's attracted to Magnet B's south pole must be Magnet A's north pole.
C. The side of Magnet A that's repelled by Magnet B's south pole must be Magnet A's north pole.
D. The side of Magnet A that's attracted to Magnet B's north pole must be Magnet A's north pole
answer is 1.75a for the question
b. Changing one amino acid in the protein hemoglobin causes sickle-cell anemia.
c. Proteins are sensitive to changes in pH.
d. The shape and chemistry of an enzyme's active site determine its function.
A.) High temperatures cause proteins to denature.
The sequence of amino acids, or the primary structure, in a protein determines its shape and function. Changing one amino acid in hemoglobin results in sickle-cell anemia, showing that small alterations in the primary structure can have significant impacts on protein function.
The primary structure of a protein is important in determining its function. It refers to the sequence of amino acids that make up the protein chain. The option that illustrates this relationship is b. Changing one amino acid in the protein hemoglobin causes sickle-cell anemia.
This statement is valid because the amino acid sequence (primary structure) determines the shape the protein takes. In the case of hemoglobin, a single amino acid substitution causes a significant enough alteration in shape to result in the harmful condition of sickle-cell anemia, thus clearly showing the link between primary structure and protein function.
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