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

When substances with low melting points such as camphor ae triturated together a liquid mixture is formed the phenomenon is called ------
a. Liquefaction
b. Insolubility
c. Herapath formation
d. Eutectic mixture formation

Strategy to correct eutectic mixture formation is,
a. Dispense ingredients separately
b. Mix ingredients separately with suitable adsorbent like kaolin and finally mix together.
c. Both A & B
d. Only B

Immiscibility of oil and water can be overcome by,
a. Formulating an emulsion
b. Formulating suspension
c. Formulating an insufflation
d. Formulating an elixir