2. Now instead of one dice, create a simulation of two dice rolled at the same time 10000 times. At the end of each roll

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2 Now Instead Of One Dice Create A Simulation Of Two Dice Rolled At The Same Time 10000 Times At The End Of Each Roll 1 (399.59 KiB) Viewed 18 times

2. Now instead of one dice, create a simulation of two dice rolled at the same time 10000 times. At the end of each roll, count the frequency of the sum of the values of the two dice. For instance, if one die reads 3, the other reads 4, the sum will be 7. Plot the obtained values (the sum of two dice will be between 2-12) as a histogram graph similar to normal distribution (bell shaped curve) as below: * 2 3 4 5 6 7 8 9 10 11 12 Note: You need to use a proper scale factor of your own choosing so that a single '*' represents x number of dice rolls (for example, 100 rolls per '*'). You can obtain the appropriate x value by checking with different x values to make your chart look compact and neat.