Task 2: Write a function bico(int n, int i) that returns the ith coefficient of binomial...

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Task 2: Write a function bico(int n, int i) that returns the ith coefficient of binomial (x + y)". For example, bico(4,2) should return 6 because (x + y) = x + 4xy + 6xy + 4zy +y. CSCP 2430-02 Lab 11 Winter Quarter 2024 | Seattle University The second coefficient of (x + y) is 6. Notice that coefficient index starts from 0. Your program needs to receive two integers from user input. The first one refers to the degree of this binomial and the second one refers to the coefficient we want to obtain. For this lab, you must use Pascal's triangle to find the desired binomial coefficient. You must calculate the coefficients from previous Pascal triangle values. You are not allowed to use any formulas, combinatorial or other, to calculate the coefficients. Page 4 Your program must use dynamic memory allocation to store the Pascal Triangle up to the degree requested by the user. Your program should have an interface like the one below to receive input from users. After input is received, your program must print the Pascal Triangle up to the degree specified like below, AND print out the requested binomial coefficient value. [mjilani@csi labl]s g++ -Wall -Werror -pedantic -o lab labl.cpp [mjilani@csi labijs ./labl Input Please input the degree of the binomial: 4 Please input the index of the coefficient: 2 1 11 12 1 1 3 3 1 14641 The result is: 6 Task 2: Write a function bico(int n, int i) that returns the ith coefficient of binomial (x + y)". For example, bico(4,2) should return 6 because (x + y) = x + 4xy + 6xy + 4zy +y. CSCP 2430-02 Lab 11 Winter Quarter 2024 | Seattle University The second coefficient of (x + y) is 6. Notice that coefficient index starts from 0. Your program needs to receive two integers from user input. The first one refers to the degree of this binomial and the second one refers to the coefficient we want to obtain. For this lab, you must use Pascal's triangle to find the desired binomial coefficient. You must calculate the coefficients from previous Pascal triangle values. You are not allowed to use any formulas, combinatorial or other, to calculate the coefficients. Page 4 Your program must use dynamic memory allocation to store the Pascal Triangle up to the degree requested by the user. Your program should have an interface like the one below to receive input from users. After input is received, your program must print the Pascal Triangle up to the degree specified like below, AND print out the requested binomial coefficient value. [mjilani@csi labl]s g++ -Wall -Werror -pedantic -o lab labl.cpp [mjilani@csi labijs ./labl Input Please input the degree of the binomial: 4 Please input the index of the coefficient: 2 1 11 12 1 1 3 3 1 14641 The result is: 6