Write a MATLAB program to simulate the following experiments. (a) Draw a dice 100 times. That...

  

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Write a MATLAB program to simulate the following experiments. (a) Draw a dice 100 times. That is, generate a sequence of 100 random numbers from the set {1,...,6}. Call this sequence X,..., X100. Plot the histogram of X,..., X100, with bin centers {1,...,6}. Do not use a for-loop in your code. Submit your program and plot. (b) Repeat (a) by drawing the dice 10000 times. (c) Draw another dice 100 times. Call this sequence Y,..., Y100. Let Z = Xi+Y for i = 1,..., 100. Plot the histogram of Z, ..., Z100. Submit your plot. (d) Repeat (d) by drawing the dices 10000 times. (e) Using the histogram found in (d), find the probability that 4 < Zi 7. (f) In (c)-(d), Z, is a sum of two random variables X and Y. What if we sum more random variables? That is, Zi = X() + X(). +...+X(K). Let K = 10. Plot the histogram of {Z,..., Z10000}. Submit your histogram. Pay attention to the bin centers. (g) Repeat (f) by setting K = 100. Plot the histogram of {Z,..., Z10000}. Submit your histogram. Pay attention to the bin centers. Write a MATLAB program to simulate the following experiments. (a) Draw a dice 100 times. That is, generate a sequence of 100 random numbers from the set {1,...,6}. Call this sequence X,..., X100. Plot the histogram of X,..., X100, with bin centers {1,...,6}. Do not use a for-loop in your code. Submit your program and plot. (b) Repeat (a) by drawing the dice 10000 times. (c) Draw another dice 100 times. Call this sequence Y,..., Y100. Let Z = Xi+Y for i = 1,..., 100. Plot the histogram of Z, ..., Z100. Submit your plot. (d) Repeat (d) by drawing the dices 10000 times. (e) Using the histogram found in (d), find the probability that 4 < Zi 7. (f) In (c)-(d), Z, is a sum of two random variables X and Y. What if we sum more random variables? That is, Zi = X() + X(). +...+X(K). Let K = 10. Plot the histogram of {Z,..., Z10000}. Submit your histogram. Pay attention to the bin centers. (g) Repeat (f) by setting K = 100. Plot the histogram of {Z,..., Z10000}. Submit your histogram. Pay attention to the bin centers. Write a MATLAB program to simulate the following experiments. (a) Draw a dice 100 times. That is, generate a sequence of 100 random numbers from the set {1,...,6}. Call this sequence X,..., X100. Plot the histogram of X,..., X100, with bin centers {1,...,6}. Do not use a for-loop in your code. Submit your program and plot. (b) Repeat (a) by drawing the dice 10000 times. (c) Draw another dice 100 times. Call this sequence Y,..., Y100. Let Z = Xi+Y for i = 1,..., 100. Plot the histogram of Z, ..., Z100. Submit your plot. (d) Repeat (d) by drawing the dices 10000 times. (e) Using the histogram found in (d), find the probability that 4 < Zi 7. (f) In (c)-(d), Z, is a sum of two random variables X and Y. What if we sum more random variables? That is, Zi = X() + X(). +...+X(K). Let K = 10. Plot the histogram of {Z,..., Z10000}. Submit your histogram. Pay attention to the bin centers. (g) Repeat (f) by setting K = 100. Plot the histogram of {Z,..., Z10000}. Submit your histogram. Pay attention to the bin centers.

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