By B.V. Cordingley, D.J. Chamund

ISBN-10: 0333435699

ISBN-13: 9780333435694

ISBN-10: 1349092827

ISBN-13: 9781349092826

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MAXIMUM VALUE OF Z N2 ....... VALUE OF STEP N3 ....... 5 -2 -1. 86588E-10 The results agree with those published in five-figure tables - much higher accuracies are claimed for this method. Notes 1. The test AZ > 12 may be adjusted to take account of precision of the working and the magnitude of the smallest number the machine can hold. This facility 28 Advanced BASIC Scientific Subroutines will prove useful if unusually large values of z are likely to occur by design or in error and interruption of the program in run time proves undesirable.

MAXIMUM VALUE OF Z N2 ....... VALUE OF STEP N3 ....... 5 -2 -1. 86588E-10 The results agree with those published in five-figure tables - much higher accuracies are claimed for this method. Notes 1. The test AZ > 12 may be adjusted to take account of precision of the working and the magnitude of the smallest number the machine can hold. This facility 28 Advanced BASIC Scientific Subroutines will prove useful if unusually large values of z are likely to occur by design or in error and interruption of the program in run time proves undesirable.

2280 PRINT II L1 = ". L1. ". T1 = "; T1 2290 END Somple Program The mean life of a gas discharge tube under certain conditions is 92 hours (IlL = 92). Use the exponential distribution to determine the density at L = 1/92 and the probability that the component will fail during the fIrst 50 hours of operation. 1000 1010 1020 1030 1040 1050 1060 1070 1080 1090 1100 1110 1120 1130 1140 1150 REM REM REM REM REM REM REM REM REM END SAMPLE PROGRAM: PXPONDD EVALUATES THE DENSITY AND PROBABILITY THAT IT IS LESS THAN TIME T1 TO THE FIRST FAILURE IN AN EXPONENTIAL DISTRIBUTION LET L1 = 1/92 LET T1 = 50 DETERMINE DENSITY AT T1 AND AREA UNDER CURVE CALL SUBROUTINE XPONDD GOSUB 2000 PRINT II TIME = "; T1.

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Advanced BASIC Scientific Subroutines by B.V. Cordingley, D.J. Chamund


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