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Questions and Answers
What is the peak plasma concentration given F = 0.9, Dose = 600 mg, ka = 1.0 hr^-1, kel = 0.15 hr^-1, and Vd = 30 liter?
What is the peak plasma concentration given F = 0.9, Dose = 600 mg, ka = 1.0 hr^-1, kel = 0.15 hr^-1, and Vd = 30 liter?
- $15.3$ mg/L
- $12.9$ mg/L (correct)
- $10.5$ mg/L
- $8.7$ mg/L
If ka = 0.2 hr^-1 instead of 1.0 hr^-1, what is the peak plasma concentration given F = 0.9, Dose = 600 mg, kel = 0.15 hr^-1, and Vd = 30 liter?
If ka = 0.2 hr^-1 instead of 1.0 hr^-1, what is the peak plasma concentration given F = 0.9, Dose = 600 mg, kel = 0.15 hr^-1, and Vd = 30 liter?
- $5.4$ mg/L
- $7.6$ mg/L (correct)
- $6.8$ mg/L
- $9.2$ mg/L
What is the value of T peak given ka = 1.0 hr^-1 and kel = 0.15 hr^-1?
What is the value of T peak given ka = 1.0 hr^-1 and kel = 0.15 hr^-1?
- $3.45$ hours
- $1.67$ hours
- $2.23$ hours (correct)
- $4.56$ hours
If kel = 0.2 hr^-1 instead of 0.15 hr^-1, what is the value of T peak given ka = 1.0 hr^-1?
If kel = 0.2 hr^-1 instead of 0.15 hr^-1, what is the value of T peak given ka = 1.0 hr^-1?
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If the dose is increased to 800 mg, what is the new peak plasma concentration given F = 0.9, ka = 1.0 hr^-1, kel = 0.15 hr^-1, and Vd = 30 liter?
If the dose is increased to 800 mg, what is the new peak plasma concentration given F = 0.9, ka = 1.0 hr^-1, kel = 0.15 hr^-1, and Vd = 30 liter?
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