Assume that an already programmed Horner's Method function has been made that can be called using...

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Assume that an already programmed Horner's Method function has been made that can be called using the syntax Horners (coeffs, x). The variable coeffs is an array of coefficients in increasing order of the powers. You do not need to reproduce the code for Horner's Method itself. (a) Write a function in either C++, Java, or Python that will call the already programmed Horner's Method function to evalue the following expression. Just write the function itself using the proper syntax for operations. b-b-Horners ([7, 1, -3, 4, 5], a) where a = x-x and b = x-a (b) Count the number of multiplications and additions the function you wrote in part (a) use to evalue the polynomial it represents. Assume that an already programmed Horner's Method function has been made that can be called using the syntax Horners (coeffs, x). The variable coeffs is an array of coefficients in increasing order of the powers. You do not need to reproduce the code for Horner's Method itself. (a) Write a function in either C++, Java, or Python that will call the already programmed Horner's Method function to evalue the following expression. Just write the function itself using the proper syntax for operations. b-b-Horners ([7, 1, -3, 4, 5], a) where a = x-x and b = x-a (b) Count the number of multiplications and additions the function you wrote in part (a) use to evalue the polynomial it represents.

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