INTRODUCTION TO PPAR Flashcards

(48 cards)

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
Errors that although sometimes unsuspected, may be avoided or determined and corrected once they are uncovered
Determinate (Constant)
26
The results of a series of tests will yield a random pattern around an average or central value, known as the mean
Indeterminate (Accident or Chance)
27
Arise from random fluctuations in the temperature or other external factors and from the variations involved in reading instruments.
Pseudoaccidental or variable determinate errors
28
It can be corrected by careful analysis and refinement of techniques
Pseudoaccidental or variable determinate errors
29
A measure of the agreement among the values in a group of data
Precision
30
The agreement between the data and the true value
Accuracy
31
Variability is expressed in
range, mean and standard deviation
32
is expressed in range, mean and standard deviation
Variability
33
the lowest and highest value
Range
34
the average deviation from the mean
Standard deviation
35
more useful in comparing variability
Coefficient of variation percent
36
unit of volume in the PH
mL
37
is the weight free from the influence of gravity
mass
38
other term for specific gravity
relative density
39
it measures the initial weight then with the object inside; should be at 25 degrees celsius
Pycnometer
40
use for alcohol content determination; cylindrical tube with a bulb
Hydrometer
41
Hydrometer types
Light and Heavy Hydrometer
42
force formula
mass x acceleration
43
Pressure units
mmHg and atm
44
heat dynamics or energy mechanism
Thermodynamics
45
total energy
enthalpy
46
random; measurement of energy
entropy
47
Colligative properties
Vapor Pressure Lowering Osmotic Pressure Boiling Point Elevation Freezing Point Depression
48
degree of freedom
Gibb's Phase Rule