Sample size in non propbability- sampling decisions, Operation Research

Sample Size in Non Propbability

The probability  selection does not apply  to purposive  selection. The size  of the  non  probability samples  is selected  in a subjective manner. The researcher selects a size because  he feels  that the  size will be appropriate and the response  pattern will be  formed. In many studies the financial factor  is the single  factor  to decide the sample size  based on non  probability judgment. In  the quota sample some  criteria  are taken  into  account for  deciding  the sample  size. In  many  theories  of non  probability sampling the researcher consider the statistical significance sampling error method  of sample  selection   representation of  sampling and other factors. The  researcher should  base their  sampling  size in relation to  the statistical significance of the findings.



Posted Date: 2/26/2013 4:05:59 AM | Location : United States

Related Discussions:- Sample size in non propbability- sampling decisions, Assignment Help, Ask Question on Sample size in non propbability- sampling decisions, Get Answer, Expert's Help, Sample size in non propbability- sampling decisions Discussions

Write discussion on Sample size in non propbability- sampling decisions
Your posts are moderated
Related Questions

Inventory models deal with the problem of determination of how much to order at a point in time and when to place an order. The main objective is to minimize the sum of three

how does it work

Coding  and Retrieval  If all your  data are  word processed on in some  other  computer readable form  it will  be possible  for your  primary  documents  to be accessed d

krr emee ee

Assignments should be submitted via FLO by the above deadline. Penalties for late submission are as set out in the topic SAM on FLO. Extensions can be granted in line with standard

Step 1: Research Towers of Hanoi problem The Towers of Hanoi is a problem frequently used to teach recursive programming techniques. Step 2: Run the assembly code from Hanoim

Problem based on graphical solution of a given LPP when feasible region is bounded. 1.    Solve the following linear programming graphically; Maximize and minimize z = 60x+

A paper mill produces two grades of paper viz., X and Y. Because of raw material restrictions, it cannot produce more than 400 tons of grade X paper and 300 tons of grade Y paper i