Pharmaceutical calculations, Powders, Liquid dosage form MCQ with Answers
Young’s rule for calculating approximate child’s dose is given as _________
Dose of Child = Adult dose×(age/(age+12))
Dose of Child = Age (in months) x 150 /Adult
Dose Dose of Child = Adult dose×age/(age+20))
Dose of Child = (Age (in months) x Adult Dose ) /20
Dose of Child = Adult dose×(age/(age+12))
Dose of Child = Age (in months) x 150 /Adult
Dose Dose of Child = Adult dose×age/(age+20))
Dose of Child = (Age (in months) x Adult Dose ) /20
Answer: Dose of Child = Adult dose×(age/(age+12))
What is the ideal particle size for topical powders?
50 to 100 micron
150 to 250 micron
250 to 500 micron
Above 1000 micron
50 to 100 micron
150 to 250 micron
250 to 500 micron
Above 1000 micron
Answer: 50 to 100 micron
Advantage of liquid dosage form over the powders
bioavailability is less
easy to swallow
more bulky
easy to handle
bioavailability is less
easy to swallow
more bulky
easy to handle
Answer: easy to swallow
In heat method of preparing effervescent granules to make damp mass _______ releases 1 molecules of water of crystallization.
citric acid
tartric acid
sodium bicarbonate
sucrose
citric acid
tartric acid
sodium bicarbonate
sucrose
Answer: citric acid
In liquid dosage form which of the following dosages forms is used for oral administration.
Elixirs
Liniments
Lotion
Enema
Elixirs
Liniments
Lotion
Enema
Answer: Elixirs
Using Dilling’s rule, Calculate the dose for a 2 years old child. The adult dose is 500 mg.
50 mg
80 mg
120 mg
90 mg
50 mg
80 mg
120 mg
90 mg
Answer: 50 mg
Which one is nonnutritive or low-calorie sweetening agents used as additive in liquid dosage form?
Aspartame
Dextrose
Glucose
Lactose
Aspartame
Dextrose
Glucose
Lactose
Answer: Aspartame
Which type of powder particles pass through a No. 60 sieve (0.25 mm) and not more than 40% pass through a No. 100 sieve.
Very Coarse powders
Coarse powders
Moderately coarse powders
Fine powders
Very Coarse powders
Coarse powders
Moderately coarse powders
Fine powders
Answer: Fine powders
How many grams of dextrose required to prepare 3000 ml of 5%w/v solution
150 gms
200 gms
250gms
300grms
150 gms
200 gms
250gms
300grms
Answer: 150 gms
Throat paints are ………. liquid preparations.
Viscous
Non viscous
Solid
Gas
Viscous
Non viscous
Solid
Gas
Answer: Viscous
Syrup IP contains….%w/w of sugar
66.7
16.6
60.5
56.6
66.7
16.6
60.5
56.6
Answer: 66.7
Which powders is meant for internal/oral use
Electrolyte powder
Talcum powder
Snuffs
Dusting powder
Electrolyte powder
Talcum powder
Snuffs
Dusting powder
Answer: Electrolyte powder
Which solvent have sweet taste used in formulation of liquid dosage forms
Propylene glycol
Glycerine
Polyethylene glycol
Polysorbate 80
Propylene glycol
Glycerine
Polyethylene glycol
Polysorbate 80
Answer: Glycerine
_____________ are sterile, used in body cavities and major wounds in healing.
Non-medicated powders
Medicated dusting powders
Surgical dusting powders
Natural dusting powders
Non-medicated powders
Medicated dusting powders
Surgical dusting powders
Natural dusting powders
Answer: Surgical dusting powders
Calculate the quantity of dextrose required to prepare 200 mL of a 5% w/v solution.
5 grams
10 grams
5 mg
100 grams
5 grams
10 grams
5 mg
100 grams
Answer: 10 grams
Pharmaceutics 1 MCQ:
- Unit 1 MCQ History, Pharmacopoeia, Dosage form, Prescription, Posology
- Unit 2 MCQ Pharmaceutical calculations, Powders, Liquid dosage form
- Unit 3 MCQ Monophasic liquid dosage form, Emulsion, Suspension
- Unit 4 MCQ Suppositories, Pharmaceutical incompatibilities
- Unit 5 MCQ Ointment, Paste, Cream, Gels
Pharmaceutics 1 Syllabus Notes, Books, PDF chapterwise unitwise
Suggested reading
Recommended readings: