 | 1954 - 770 pages
...The chances are about 2 out of 3 that the difference due to sampling variability between an estimate and the figure that would have been obtained from a complete count of the universe is less than the standard deviation. The chances are 19 out of 20 that the difference... | |
 | 1982 - 404 pages
...sampie estimate differs from the vaiue which wouid have been obtained from aR births by iess than one standard error. The chances are about 19 out of 20 that the difference is iess than twice the standard error and about 99 out of 100 that it is iess than 2Vi times as iarge.... | |
 | United States. Housing and Home Finance Agency - 1951 - 372 pages
...chances are about 19 out of 20 that the difference due to sampling variability between an estimate and the figure that would have been obtained from a complete count of mortgaged, residential properties is less than the sampling variability indicated below. Estimated... | |
 | United States. Bureau of the Census - 1953 - 114 pages
...obtained from a tabulation for all farms, and farm operator households, families, and dwelling units by less than the standard error. The chances are about 19 out of 20 that the differences would be less than twice the standard error and 99 out of 100 that it would be less than... | |
 | United States. Bureau of the Census - 1952 - 292 pages
...to obtain other odds deemed more appropriate can be found in mo statistical textbooks. For example, the chances are about 19 out of 20 that the difference is less than twi. milanl error, an'' 99 out of 100 that it i* ' M<\ crror IlliiHtrati. ,,ity wjt|, population XXVIII... | |
 | United States. Bureau of the Census - 1953 - 556 pages
...The chances are about 2 out of 3 that the difference due to sampling variability between an estimate and the figure that would have been obtained from a complete count of the population is less than the standard error. The amount by which the standard error must be multiplied... | |
 | 1953 - 256 pages
...chances are about 68 out of IC0 that the difference due to sampling variability between an estÃmete and the figure that would have been obtained from a complete count of the population is less than the standard error. The amount by which the standard error must be multiplied... | |
 | United States. Bureau of the Census - 1954 - 480 pages
...The chances are about 2 out of 3 that the difference due to sampling variability between an estimate and the figure .that would have been obtained from a complete count of the dwelling units Is less thun the standard error. The amount by which the standard error must... | |
 | 1960 - 84 pages
...chances are about 2 out of 3 that an estimate from the sample would differ from a complete census by less than the standard error. The chances are about 19 out of 20 that the difference would be less than twice the standard error, and about 99 out of 100 that it would be less than 21--.... | |
 | United States. Congress. Joint Economic Committee - 1955 - 264 pages
...The chances are about 2 out of 3 that the difference due to sampling variability between an estimate and the figure that would have been obtained from a complete count of the population is less than the standard error. The amount by which the standard error must be multiplied... | |
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The chances are about 2 out of 3 that the difference due to sampling variability between an estimate and the figure that would have been obtained from a complete count of the population Is less than the standard error. The chances, are about 19 out of... 
