Ptcb practice exam 1 2023 - Study guides, Class notes & Summaries

PTCB Exam Questions With Correct Answers Latest Update 2024 (100% Verified) Knowing which of the following can best assist a technician in the prevention of data entry errors? A. Names of medications B. Insurance co-payments C. Pharmacokinetics D. Physician contact information - Answer A. Names of medications Which of the following injectable drugs would be stored in refrigerator? A. Clindamycin B. Ciprofloxacin C. Cyanocobalamin D. Calcitonin-salmon - Answer D. Calcitonin-salmon The ...

PTCB Practice Exam #1 2023 Questions with correct Answers For wchich of the following conditions would a patient receive an inhaler? - ANS ️️ a. asthma b. diabetes c. hypertension d. gout A patient presents a prescription for Lasix 40mg, which has been authorized for generic substitution. Which of the following may be substituted for Lasix? - ANS ️️ a. metoprolol b. furosemide c. alprazolam d. diltiazem Which of the following is not a parenteal route of administration? - ANS ...

PTCB Practice Exam #1 2023 Questions with correct Answers

PTCB Exam Practice Questions and Answers Latest Update Graded A++. The requirement that a non-formulary medication be covered only if approved by the third-party payer is called: A. claims reconciliation B. capitation payment C. prior authorization D. claims adjudication - Answer C. prior authorization For a medication to be within the 5% margin of error permitted by the USP, the minimum amount that can be weighed on a Class A prescription balance is: A. 6 mg B. 12 mg C. 120 mg D. 12...

PTCB Math Exam Questions and Answers Latest Updated Graded A++. If the concentration of a stock of medication vial is 0.25g/ml, what volume of stock solution is required to deliver a dose of 800mg? a) 0.32ml b) 3.2 ml c) 32 ml d) 320 ml 1 g = ? mg - Answer 1 g = 1000 mg 1. Do a proportion to calculate how many mg is equivalent to .25g/ml. 1 g/1000 mg = .25g / x mg x = 250 mg 2. Do a proportion to calculate how many ml is equivalent to 800 mg. 250mg/1 ml = 800 mg/x ml x = 3.2 ml Ans...