NOTE *Please, also need a brief explanation of how the code works, Thanks in advance!* Implementation Your implementation will consist of adding C++ code to

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NOTE *Please, also need a brief explanation of how the code works, Thanks in advance!*

Implementation Your implementation will consist of adding C++ code to implement two modules: polyterm.cpp and polynomial.cpp erm This module contains the implementation of the interface for the class used to represent the terms in a polynomial. Public methods to be implemented polyterm(double coefficient, unsigned int exponent) - constructor for the polynomial term based on a coefficient and an exponent. " double get_coefficient) - Returns the coefficient of this term. " unsigned int get_ exponent0 - Returns the exponent of this term " void set coefficient(double coefficient) - Sets the value of the coefficient for this term " void set exponent(unsigned int exponent) - Sets the value of the exponent for this " bool operator (const polyterm& T) - Equality operator. Returns true if both terms bool operator! (const polyterm& T) - Inequality operator. Returns true if the terms term have the same exponents and coefficients, or false otherwise are not equal, or false otherwise polyterm operator-0 Oposite operator. Returns a new term that has a coefficient with the opposite sign of the coefficient in this term. double operator0(double b) - Evaluation operator. Returns the value of the term when the value b is used as the value of the variable x in the term * polyterm derivative0 -computes the derivative of this term. " polyterm indefinite integral0 computes the indefinite integral (anti-derivative) Module: polvnomial.c This module contains the implementation of the interface for the polynomial class. Methods to be implemented " polynomialO - Creates a new polynomial with one term set to 0 * polynomial(const polyterm& new term) - Creates a new polynomial with one term. " const polynomial& operator+ (const polynomial& P) - Self-addition operator. Adds contents of this pol the contents of the argument polynomial to Equivalent expression: P0 = P0+ P1 yn . const polynomial& operator--(const polynomial& P) -Self-substraction operator from the contents of this Substracts the contents of the argument polynomial polynomial. Equivalent expression: P0 PO - P1, where PO is this polynomial. * void multiply term(const polynomial& P, const polyterm& T, polynomial& res) - multiplies a polynomial P by a term T, and stores the results in variable res const polynomial& operator*-(const polynomial& P)-Self-multiplication operator Multiplies the contents of the argument polynomial with the contents of this polynomial. Equivalent expression: P0 = P0 * P1, where P0 is this polynomial . bool operator(const polynomial& P) - Determines if two polynomial are equal, based on wether or not they have the same terms " unsigned int degree0 - Returns the degree of the polynomial, which is the largest exponent of the any term