No.
The process is to add or subtract 0.5, (not 5), from the boundaries of the interval. Strictly speaking, the amount to be added (or subtracted) is half the measurement unit. Many discrete variables are measured in integers but:
UK shoe sizes are measured in half-numbers. So you have sizes 7, 71/2, 8, 81/2 and so on. The continuity correction would be 0.25.
The geometric distribution is: Pr(X=k) = (1-p)k-1p for k = 1, 2 , 3 ... A geometric series is a+ ar+ ar2, ... or ar+ ar2, ... Now the sum of all probability values of k = Pr(X=1) + Pr(X = 2) + Pr(X = 3) ... = p + p2+p3 ... is a geometric series with a = 1 and the value 1 subtracted from the series. See related links.
The subtrahend is subtracted from the minuend
2010 subtracted from1981 = 29
136 subtracted by 89 = 47
1980 subtracted by 2010 = -30
Half the discrete unit.
rghrugfy
The geometric distribution is: Pr(X=k) = (1-p)k-1p for k = 1, 2 , 3 ... A geometric series is a+ ar+ ar2, ... or ar+ ar2, ... Now the sum of all probability values of k = Pr(X=1) + Pr(X = 2) + Pr(X = 3) ... = p + p2+p3 ... is a geometric series with a = 1 and the value 1 subtracted from the series. See related links.
The number to be subtracted is 11.The number to be subtracted is 11.The number to be subtracted is 11.The number to be subtracted is 11.
The subtrahend is subtracted from the minuend
64 subtracted by 48 = 16
76.52 subtracted by 218.87 = -142.35000000000002
2010 subtracted from1981 = 29
1454 subtracted by 1512 is -58.
64 subtracted from 289 = -225
136 subtracted by 89 = 47
1980 subtracted by 2010 = -30