Answer:
10
Explanation:
Your body can't produce the ten necessary amino acids and must acquire them from your diet.
The body does not manufacture essential amino acids and must be supplied by food. They don't need to take one meal at a time. The equilibrium is more significant during the day.
The body produces nonessential amino acids from essential amino acids or from the natural degradation of proteins.
<span>The answer is C)Water molecules flow in both directions at the same rate. In a hypotonic solution, the water concentration of the cell's cytoplasm is lower than that of the hypotonic solution. In a hypertonic solution, the water concentration of the cell's cytoplasm is higher than that of the hypotonic solution. In, an isotonic solution, there is a balance in the water concentration between the cell's cytoplasm and the solution. Thus, water molecules flow in both directions at the same rate.</span>
Answer:
a) 
minutes
b) 
number of replicons
Explanation:
Given,
Total number of base pairs in a particular eukaryote 
Rate of DNA synthesis 
bp/min
a) Time taken to replicate the entire chromosome from a single origin of replication located exactly in the middle of the chromosome is equal to total number of base pairs divided by rate of DNA synthesis
b) Time taken by an actively growing cell to replicate the entire chromosome
The minimum number of replicons present in this chromosome is equal to total time taken for replication divided by time taken by each replicon
<span>The answer to this question would be: Ask the client to cough forcefully and take deep breaths.
The arterial blood gas result shown that the patient blood pH is a bit acidic. The pressure of carbon dioxide is a bit elevated that show the problem is in the respiratory organ. The patient that getting surgical is intubated and sedated so there might be fluid build up in the lungs but the cough reflex is decreased. Coughing can help clear the lungs.
</span>
Soluble,very potent peptides and glycol peptides that stimulate and or inhibit their survival proliferation differentiation and or functions of different cell lines.
