Drug interactions may be 'Beneficial'.
a. True.
b. False.

A lesser dose is required if the drug is given by,
a. Oral route.
b. Topical route.
c. Intravenous route.
d. None of the above

Reduction in particle size increases absorption because it,
a. Reduces interaction with food molecules.
b. Increases interaction with food molecules.
c. Reduces effective surface area.
d. Increases effective surface area.

The schedule of dosing ( four times a day, two times a day etc.) is called,
a. Dose inspection.
b. Dose regimen.
c. Dose calibration.
d. All of the above.

Doses of children’s are calculated by Young’s formula, which formula is right.
a. Adult Dose (mg/day) x [Age / (Age+12)]
b. Adult Dose (gm/day) x [Age / (Age+24)]
c. Adult Dose (mg/day) x [Wt in Kg / (Age+12)]
d. Adult Dose (mg/day) x [Wt in Kg / (Age+24)]

Clark’s formula to calculate pediatric dose uses body wt in pounds, which of the following formula is correct representation,
a. Adult Dose (gm/day) x (Child Weight in Lbs /150)
b. Adult Dose (mg/day) x (Child Weight in Lbs /150)
c. Adult Dose (mg/day) x (Child Weight in Lbs /250)
d. Adult Dose (gm/day) x (Child Weight in Lbs /250)

Pediatric dose can be calculated by considering child’s,
a. Age.
b. Body Weight.
c. Body Surface area
d. All of the above.

The date on prescription tells us,
a. Date of writing the prescription
b. Date of presentation of prescription.
c. Name of patient
d. Both a & b

There are..........types of Incompatibilities.
a. 1
b. 2
c. 3
d. 4

Liquefaction is the example of..............incompatibility
a. Immediate
b. Delayed
c. Instantaneous
d. Both A and B

Physical change may almost be............
a. Visible
b. Invisible
c. Turbid
d. No change