5% risk of over-reliance (95% confidence that the sample will detect errors)
Population 
expected deviation Tolerable Deviation Rate
rate 2 3 4 5 6 7 8 9 10 11 12
                          -   149 99 74 59 49 42 36 32 29 19 14
                       0.25 236 157 117 93 78 66 58 51 46 30 22
                       0.50   157 117 93 78 66 58 51 46 30 22
                       0.75   208 117 93 78 66 58 51 46 30 22
                       1.00     156 93 78 66 58 51 46 30 22
                       1.25     156 124 78 66 58 51 46 30 22
                       1.50     192 124 103 66 58 51 46 30 22
                       1.75     227 153 103 88 77 51 46 30 22
                       2.00       181 127 88 77 68 46 30 22
                       2.25       208 127 88 77 68 61 30 22
                       2.50         150 109 77 68 61 30 22
                       2.75         173 109 95 68 61 30 22
                       3.00         195 129 95 84 61 30 22
                       3.25           148 112 84 61 30 22
                       3.50           167 112 84 76 40 22
                       3.75           185 129 100 76 40 22
                       4.00             146 100 89 40 22
                       5.00               158 116 40 30
                       6.00                 179 50 30
                       7.00                   68 37
Values indicate the sample size
1) "I can be 95% sure that there is no more than a 5% population deviation rate if my sample of 59 yields no errors."
2) "If I can live with a 5% population deviation rate and honestly believe the population is error-free, I should select 59
items for sampling.  This sample is subject to a 5% risk that the test does not detect an error ."
5% risk of over-reliance (95% confidence that the sample will detect errors)
Sample  Actual number (or %) of errors encountered
Size 0 1 2 3 4 5 6 7 8 9 10
25          11.3          17.6                  
30            9.5          14.9          19.5                
35            8.2          12.8          16.9                
40            7.2          11.3          14.9          18.3              
45            6.4          10.1          13.3          16.3          19.2            
50            5.8            9.1          12.1          14.8          17.4          19.9          
55            5.3            8.3          11.0          13.5          15.9          18.1          
60            4.9            7.7          10.1          12.4          14.6          16.7          18.8        
65            4.5            7.1            9.4          11.5          13.5          15.5          17.4          19.3      
70            4.2            6.6            8.7          10.7          12.6          14.4          16.2          18.0          19.7    
75            3.9            6.2            8.2          10.0          11.8          13.5          15.2          16.9          18.4          20.0  
80            3.7            5.8            7.7            9.4          11.1          12.7          14.3          15.8          17.3          18.8  
90            3.3            5.2            6.8            8.4            9.9          11.3          12.7          14.1          15.5          16.8          18.1
100            3.0            4.7            6.2            7.6            8.9          10.2          11.5          12.7          14.0          15.2          16.4
125            2.4            3.7            4.9            6.1            7.2            8.2            9.3          10.3          11.3          12.2          13.2
150            2.0            3.1            4.1            5.1            6.0            6.9            7.7            8.6            9.4          10.2          11.0
200            1.5            2.3            3.1            3.8            4.5            5.2            5.8            6.5            7.1            7.7            8.3
Table indicates the expected population deviation rate
1) "If my sample of 60 yields 0 errors, I can be 95% sure that the population deviation rate is no more than 4.9%"
2) "If my sample of 100 yields 1 error, I can be 95% sure that the population deviation rate is no more than 4.7%"
3) "If my sample of 125 yields 2 errors, I can be 95% sure that the population deviation rate is no more than 4.9%"