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PPAR > INTRODUCTION TO PPAR > Flashcards

INTRODUCTION TO PPAR Flashcards

1
Q

Area of pharmacy that dealt with the quantitative and
theoretical principles of physicochemical science as
they applied to the practice of pharmacy

A

Physical Pharmacy

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2
Q

Biomedical aspects of the practice of pharmacy

A

Pharmaceutical Science

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3
Q

Pharmaceutical Science

_________ aspects of the practice of pharmacy

A

Biomedical

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4
Q

Entity that is administered to the patients so that they
receive an effective dose of a drug

A

Dosage Form

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5
Q

Any digit used to represent a magnitude or a quantity
in the place in which it stands

A

Significant figures

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6
Q

Significant figures RULES

A

○ Non-zero digits are always significant.
○ Zeros between non-zero are always significant.
○ Zeros at the beginning of a number are never
significant, special exception: with decimal point
○ Zeros that fall at the end of a number after a
decimal point are always significant

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7
Q

The measurable quantity, also derived from length

A

Volume

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8
Q

Volume Reference std is

A

CUBIC METER (cc or cm3)

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9
Q

Volume was originally defined in terms of_____

A

Liter

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10
Q

Mass Reference std is

A

Kg

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11
Q

is often expressed as the weight of a body

A

Mass

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12
Q

A push or pull required to set a body in motion

A

Force

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13
Q

The larger the mass of the body and the greater
the required _________, the greater the force
that one must exert

A

acceleration

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14
Q

Defined as the force per unit area

A

Pressure

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15
Q

Pressure unit commonly used in science is

A

dyne/cm

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16
Q

Is frequently defined as the condition of a
body that gives it the capacity to do work

A

Energy

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17
Q

Energy may be classified as

A

kinetic energy or
potential energy

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18
Q

Zero degree on the centigrade scale equals
______ on the Kelvin Scale

A

273.15°

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19
Q

This is a derived quantity since it combines the units of
mass and volume

A

Density

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20
Q

Density is a derived quantity since it combines the units of

A

mass and volume

21
Q

Density is defined as the mass per unit volume at a fixed ____ and _____

A

temp
and pressure

22
Q

Density is expressed in the cgs system in

A

grams per cubic centimeter (g/cm3)

23
Q

The ratio of weight of a given substance to the weight
of an equal volume of a substance chosen as standard

A

Specific Gravity

24
Q

It is a means of determining the strength, purity, or
volume of a substance

A

Specific Gravity

25
Q

Errors that although sometimes unsuspected, may be
avoided or determined and corrected once they are
uncovered

A

Determinate (Constant)

26
Q

The results of a series of tests will yield a random pattern
around an average or central value, known as the mean

A

Indeterminate (Accident or Chance)

27
Q

Arise from random fluctuations in the temperature or other
external factors and from the variations involved in reading
instruments.

A

Pseudoaccidental or variable determinate errors

28
Q

It can be corrected by careful analysis and refinement of
techniques

A

Pseudoaccidental or variable determinate errors

29
Q

A measure of the agreement among the values in
a group of data

A

Precision

30
Q

The agreement between the data and the true
value

A

Accuracy

31
Q

Variability is expressed in

A

range, mean and standard
deviation

32
Q

is expressed in range, mean and standard
deviation

A

Variability

33
Q

the lowest and highest value

A

Range

34
Q

the average deviation from the
mean

A

Standard deviation

35
Q

more useful in
comparing variability

A

Coefficient of variation percent

36
Q

unit of volume in the PH

A

mL

37
Q

is the weight free from the influence of gravity

A

mass

38
Q

other term for specific gravity

A

relative density

39
Q

it measures the initial weight then with the object inside; should be at 25 degrees celsius

A

Pycnometer

40
Q

use for alcohol content determination; cylindrical tube with a bulb

A

Hydrometer

41
Q

Hydrometer types

A

Light and Heavy Hydrometer

42
Q

force formula

A

mass x acceleration

43
Q

Pressure units

A

mmHg and atm

44
Q

heat dynamics or energy mechanism

A

Thermodynamics

45
Q

total energy

A

enthalpy

46
Q

random; measurement of energy

A

entropy

47
Q

Colligative properties

A

Vapor Pressure Lowering
Osmotic Pressure
Boiling Point Elevation
Freezing Point Depression

48
Q

degree of freedom

A

Gibb’s Phase Rule

PPAR (13 decks)

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