Develop a program that implements the POLYNOMIAL ADT using the LIST ADT. e POLYNOMIAL ADT is used to represent polynomials and the following operations fined on polynomials: 1. Evaluate(p(x), =). Evaluates the polynomial p(x) at the point x = z and returns the result. 2. Add(P₁(x), P₂(x)). Returns the polynomial that results when p, (x) is added to P₂(x). 3. Subtract(p, (x), p₂(x)). Returns the polynomial that results when p, (x) is subtracted from p₂(x). 4. Multiply(p, (x), p₂(x)). Returns the polynomial that results when p₁(x) is multiplied by n. (x)

In what ways might expanding one's repertoire of programming languages be useful beyond mastery of one or two?

Does strong typing and weak typing in a computer language both have their own set of benefits and drawbacks?

Consider an algorithm that contains a loop that can be expressed with the following pseudocode: for( i = 1 through n ){Task T} If Task T requires t time units, how many time units (in terms of t) does the entire loop require? options: a) i b) n c) n * t d) n^2 e) n^2 * t

In what ways may one benefit from using dynamic programming?

Do the two programming languages vary from one another?

Suppose that you have a singly linked list with five nodes and with head reference. Then the statement head = head.next will remove the first node of the linked list? a) true  b) false

We have a plethora of programming languages at our disposal these days. Each should be described in a few brief sentences.