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Question 23.7: Using the multiplicative congruential method discussed earli......

Using the multiplicative congruential method discussed earlier in the chapter, generate three six-digit random numbers starting with an initial random number of 2,143,856,907, a value for A of 37,182,496, and a value for B of 97,365,129.

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The recursion relationship employed by the multiplicative congruential method is N_i = (A · N_{i−1} + B) mod M, where N_{i−1} is a positive integer, A and B are positive integers, and the modulus M is a large positive integer. In this case, A = 37,182,496, B = 97,365,129, and N_{i−1} = 2,143,856,907. Any six sequential digits of N_1 will be the first random number, any six sequential digits of N_2 will be the second random number, and any six sequential digits of N_3 will be the third random number

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