Question

30 mL 1. What is the method used in the preparation of the iso-alcoholic elixir? 2. Compute for the alcoholic strength (%v/v) of the prepared low alcoholic elixir. 3. What volume (in mL) of the prepared low and high alcoholic elixir with 55% v/v alcoholic strength? 4. Why was the low alcoholic elixir allowed to stand for 24 hours? 5. Explain why turbidity occurs when an aqueous solution is added to the alcoholic solution. 6. A 60-year-old male patient was prescribed with an alcoholic elixir with 40% alcohol strength for his cough. However, he also orders aspirin for his headache. What will you tell the patient?

          30 mL
1. What is the method used in the preparation of the iso-alcoholic elixir?
2. Compute for the alcoholic strength (%v/v) of the prepared low alcoholic elixir.
3. What volume (in mL) of the prepared low and high alcoholic elixir with 55% v/v alcoholic
strength?
4. Why was the low alcoholic elixir allowed to stand for 24 hours?
5. Explain why turbidity occurs when an aqueous solution is added to the alcoholic solution.
6. A 60-year-old male patient was prescribed with an alcoholic elixir with 40% alcohol strength for
his cough. However, he also orders aspirin for his headache. What will you tell the patient?

30 mL
1. What is the method used in the preparation of the iso-alcoholic elixir?
2. Compute for the alcoholic strength (%v/v) of the prepared low alcoholic elixir.
3. What volume (in mL) of the prepared low and high alcoholic elixir with 55% v/v alcoholic
strength?
4. Why was the low alcoholic elixir allowed to stand for 24 hours?
5. Explain why turbidity occurs when an aqueous solution is added to the alcoholic solution.
6. A 60-year-old male patient was prescribed with an alcoholic elixir with 40% alcohol strength for
his cough. However, he also orders aspirin for his headache. What will you tell the patient?

Added by David G.

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