Answer:
firsttttttttttttttt.........................
O 2,500 mg
O 250 mg
O 2.5 mg
O 50 mg
To calculate the dosage of a drug given in mg/kg for a person, multiply the dosing rate by the person's mass. In this case, the dosing rate is 50 mg/kg and the mass of the person is 50 kg, yielding a total dosage of 2,500 mg.
When administering a drug with a dosing rate that is given in mg/kg, you need to multiply the dosing rate by the patient's mass to determine the proper dosage. In this case, we use the formula:
Dose = Dosing rate × mass
Substituting the given values into the formula:
Dose = 50 mg/kg × 50 kg, which equals to 2,500 mg.
Therefore, you need to administer 2,500 mg of the drug to the patient.
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Answer:
Asparagine (symbol Asn)
Explanation:
In a gene, groups of three nucleotides (such as AAT) form codons that are read during translation, for the synthesis of proteins. The way codons are read can be found in a genetic code (attached here).
Before that, the DNA seuqences are transcripted to RNA sequences in order to be read and translated in the ribosome.
AAT (DNA sequence) will be transformed to AAU during the transcription of DNA. This is because during the transciption process all thymines (T) are replaced by Uracils (U).
In the genetic code you can see that AAU is read as Asparagine.
Answer:
The answer is tertiary consumer, i just took the test.
Explanation:
Answer:
pfu/ml
Explanation:
Given -
Bacteriophage dilution ml
Volume of bacteria and plate with top agar ml
Number of plaques pfu
Dilution (d)
Final concentration of phage stock is equal to
Where pfu is the count of plaques
d is the dilution and v is the volume
Substituting the given values, we get -
pfu/ml