# Which Of The Following Is Not A Polynomial images by.teachoo.com

## What is a Polynomial?

A polynomial is an expression consisting of terms that involve constants and variables. It can be defined as a mathematical expression that is composed of more than one algebraic term. Polynomials are used to describe a variety of phenomena, from the paths of planets in the solar system to the chemical composition of molecules. Polynomials are used in a wide range of fields, from engineering to economics and from physics to chemistry. For example, in engineering, polynomials are used to describe the motion of a particle in a system. In economics, polynomials are used to describe the supply and demand of goods. In physics, polynomials are used to describe the motion of particles and fields.

## Types of Polynomials

There are several types of polynomials, depending on the number of terms and variables involved. The most common type of polynomial is the linear polynomial, which consists of one term and one variable. A quadratic polynomial consists of two terms and one variable, while a cubic polynomial consists of three terms and one variable. There are also polynomials involving more than one variable, such as the multivariate polynomial.

## Which Of The Following Is Not A Polynomial

When it comes to the question of which of the following is not a polynomial, the answer is not a straightforward one. The most common type of polynomial is the linear polynomial, which consists of one term and one variable. Other types of polynomials include quadratic and cubic polynomials, which consist of two and three terms, respectively. However, there are other mathematical expressions that are not polynomials. One example of a mathematical expression that is not a polynomial is an exponential expression. An exponential expression consists of a base and an exponent, and does not involve any constants or variables. Another example of a mathematical expression that is not a polynomial is a factorial expression. A factorial expression consists of a number and an exclamation mark, and does not involve any constants or variables.

## Relationship between Polynomials and Exponentials

Although polynomials and exponential expressions are not the same, they do share some similarities, in that they are both mathematical functions. Both polynomials and exponential expressions can be used to model a variety of phenomena, from the motion of particles in a system to the chemical composition of molecules. However, the difference between the two is that polynomials involve constants and variables, while exponential expressions involve only one base and one exponent. As such, polynomials are more versatile and can be used to model a greater variety of phenomena.

## Polynomials in Calculus

Polynomials are also used in calculus, especially in the study of derivatives. Derivatives are used to measure the rate of change of a function, and polynomials are often used to represent these functions. For example, a polynomial can be used to represent the rate of change of a particle’s position in a system, or the rate of change of the temperature of a system. By taking the derivative of the polynomial, the rate of change can be determined.

## Conclusion

In conclusion, polynomials are mathematical expressions that involve constants and variables. They are used in a wide range of fields, from engineering to economics, and from physics to chemistry. Polynomials are not the same as exponential expressions, as they involve constants and variables, while exponential expressions involve only one base and one exponent. Polynomials are also used in calculus, particularly in the study of derivatives. Therefore, it is clear that polynomials are important in many areas of mathematics.