1) Write two functions that roll two dice. The dice should be a 20-sided dice (AKA: d20 - has an icosahedron shape) and a 4-sided dice (d4 - tetrahedron). 2) In the main() function, call the two functions in a loop and roll the dice until both die roll a 1 ("snake eyes"). 3) Keep track of the number of loop executions with a counter variable and, once snake eyes has been achieved, print the count outside of the loop. Theoretically, the probability of this occurring is (1/4) * (1/20). You might be interested to run this program a few times and see if the roll count tends toward 80. NOTE: You can use srand(time(0)) along with #include to ensure random rolls and different results for every program execution.

1) Write two functions that roll two dice. The dice should be a 20-sided dice (AKA: d20 - has an icosahedron shape) and a 4-sided dice (d4 - tetrahedron). 2) In the main() function, call the two functions in a loop and roll the dice until both die roll a 1 ("snake eyes"). 3) Keep track of the number of loop executions with a counter variable and, once snake eyes has been achieved, print the count outside of the loop. Theoretically, the probability of this occurring is (1/4) * (1/20). You might be interested to run this program a few times and see if the roll count tends toward 80. NOTE: You can use srand(time(0)) along with #include to ensure random rolls and different results for every program execution.

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter6: Modularity Using Functions

Section6.4: A Case Study: Rectangular To Polar Coordinate Conversion

Problem 9E: (Numerical) Write a program that tests the effectiveness of the rand() library function. Start by...

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