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1. PURE / RANDOM SAMPLING
Easy to UNDERSTAND
➢ Easy to APPLY
SYSTEMATIC SAMPLING
A strategy for selecting the members of the sample that allows only CHANCE and a SYSTEM to determine inclusion in the sample.
SYSTEMATIC SAMPLING
A SYSTEM is a PLANNED STRATEGY after a starting point is selected at random.
SYSTEMATIC SAMPLING
MORE CONVENIENT, FASTER, more ECONOMICAL sampling technique.
SYSTEMATIC SAMPLING
Subjects or names are arrayed or arranged in some SYSTEMATIC or LOGICAL manner
STRATIFIED RANDOM SAMPLING
Researcher divides the population into TWO or MORE STRATA on the basis of one or more characteristics
STRATIFIED RANDOM SAMPLING
Each stratum is treated like a DIFFERENT population and a SIMPLE RANDOM SAMPLE is drawn from each
STRATIFIED RANDOM SAMPLING
The sub-samples are then COMBINED to FORM the TOTAL SAMPLE
PURPOSIVE/ DELIBERATE
A CRITERIA or PURPOSE for selection become the BASIS for identifying the respondents/ subjects.
SAMPLING BY REGULAR INTERVALS
Select the cases at REGULAR INTERVALS from a series, alphabetical, or any other arbitrary arrangement.
CLUSTER SAMPLING
Sometimes referred to as an AREA SAMPLING because it is frequently applied on a GEOGRAPHICAL BASIS
CLUSTER SAMPLING
General procedure is to DIVIDE an area of population into CLUSTER or BLOCKS and then within the final cluster APPLY any of the different methods in selecting a sample
CLUSTER SAMPLING
Occurs when you select the members of your sample in CLUSTER rather than in using separate individuals.
NON-PROBABILITY SAMPLING
The sample is NOT a PROPORTION of the population and there is NO SYSTEM in selecting the sample.
NON-PROBABILITY SAMPLING
SELECTION depends upon the SITUATION.