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expected to develop five (5) flow charts and five (5) preudocode algorithms to demonstrate their knowledge of the following areas: Modules (10 marks), Decinical Structure (10 marks), Boolean Logic (10 marks), Nested Repetition Structures 20 marks), Functions (15 marks), Atrays (15 marks) and Files (20 marks). Repeatedly rolling a die would result in a uniform distribution of values between 1 and 6 , inclusive. Repeatedly rolling two (2) dice would result in a uniform distribution of values between two (2) and twelve (12) inclusive, a. In this simulation, repeatedly roll one (1) dic, count the number of occurrences of each value and plot the histogram: i. After 100 simalations: ii. After 1,000 simulations. b. In the next simulation, repeatedly roll four (4) dice, sum the results of the four (4) dice faces, coent the number of occurrences of each value and plos the histogram: i. After 100 simulations. ii. After 1,000 simulations. Each simultancous soll of four (4) dice is counted as one sienilation. c. Compute the following probabilities based on your simulations: i. If one die is rolled what is the probability that - The outcome is even? - The ouicoene is odd? ii. If four diee are rolled what is the probability that - The fotal shosing is cven? - The total showing is odd