The beneficiary with cumulative population number that fall in the selected random number is the first selected sample; By adding the sample interval on the cumulative population size of each selected sample all the rest samples are selected. Example: Beneficary list Cum. Pop. Sampled HH Remark Annie 1 1 Arthur 1 2 Augustine 1 3 X Fedrick W. 1 4 . . James 1 11 John 1 12 Johnson 1 13 1 14 Joseph Joseph 1 15 . . Kou 1 21 1 22 Martha 1 23 X Martha 1 24 Martha 1 25 Marvin 1 26 Marvin 1 27 Mary 1 28 Mary 1 29 Oldma 1 30 200 Total 200 n= 200/10= 20 Let us take first random sample 3, (which between 1 and 20). Therefore, our first sample is Augustine. Then 3+20 =23, the second sample will be Martha, and third sample will be 23+20=43 so on. Continue the process of selection until the required sample household is chosen.
The beneficiary with cumulative population number that fall in the selected random number is the first selected sample; By adding the sample interval on the cumulative population size of each selected sample all the rest samples are selected. Example: Beneficary list Cum. Pop. Sampled HH Remark Annie 1 1 Arthur 1 2 Augustine 1 3 X Fedrick W. 1 4 . . James 1 11 John 1 12 Johnson 1 13 Joseph 1 14 Joseph 1 15 . . Kou 1 21 1 22 Martha 1 23 X Martha 1 24 Martha 1 25 Marvin 1 26 Marvin 1 27 Mary 1 28 Mary 1 29 Oldma 1 30 200 Total 200 n= 200/10= 20 Let us take first random sample 3, (which between 1 and 20). Therefore, our first sample is Augustine. Then 3+20 =23, the second sample will be Martha, and third sample will be 23+20=43 so on. Continue the process of selection until the required sample household is chosen.
pdm-methodology-and-guide-.docx