Carbohydrates- oxygen, phosphorus, sodium, carbon, potassium
Lipids- carbon, hydrogen, and oxygen
Proteins- carbon, hydrogen, and oxygen
Nucleic acids- carbon, hydrogen, oxygen, nitrogen, phosphorus
<span><em><u>B. species.</u></em>
</span>
The organismic hierarchy of organism comes from the highest and lowest order as the following;
<span>1. D Domain</span> <span><span>
2. </span>K Kingdom</span> <span><span>
3. </span>P Phylum</span> <span><span>
4. </span>C Class</span>
<span>5. O Order</span> <span><span>
6. </span>F Family</span> <span><span>
7. </span>G Genus</span>
<span>8. S Species</span>
This hierarchy and order helped many taxonomist to determine and classify organisms by a variety of criteria. And it seems that <em>species </em>can breed the same fertile offspring.
Answer: A is for sure the answer
Explanation:
Answer:
Buffer
Explanation:
Buffers may be defined as the solution of a weak acid with ithe conjugate base or a weak base with the conjugate acid. Buffers are not affected by the the additions of strong acid or base in a solution.
Whenever a strong base or acid is added to the buffer, it may release or binds with the hydrogen ion and maintains the pH of a body fluid. Blood has a buffer of carbonate ions and bicarbonic acids that maintains the blood pH.
Thus, the correct answer is option (E).
Answer:
Yes they show difference in their mobility due to the difference in their molecular weight.
Explanation:
GFP is green fluorescent protein and BFP is blue fluorescent protein that are used in recent molecular techniques. Gel electrophoresis can be used to understand the molecular weight of protein based on their mobility.
The GFP and BFP have 238 amino acids but two amino acids have been substituted that found in the GFP primary structure. The GFP band in G-Boil and BFP band in B-Boil shows different location. The substitution of two amino acids reduces the molecular weight of the protein. The protein with less molecular weight shows high mobility in the gel.
