POLYNOMIALS USED IN EVERYDAY LIFE

POLYNOMIALS USED IN EVERYDAY LIFE

SUMMARY

Hence , from the following , we observe that polynomials have various uses . People use polynomials in their everyday life . People use polynomials for modeling of various buildings and objects , used in industries , used in construction . They are even used in marketing , finance , stocks .etc . Polynomials are even used in various fields of science , such as physics , where we measure acceleration , or to express units of energy , inertia , or even in electricity .etc . In chemistry , polynomials are used in writing down the chemical equations .etc.

Polynomials are of great use to every person around .

Some Other Uses

Polynomials Used In Electronics

Electronics use many polynomials. The definition of resistance, V=IR, is a polynomial relating the resistance from a resistor to the current through it and the potential drop across it .

Polynomials used in Chemistry

Polynomials come up often in chemistry. Gas equations relating diagnostic parameters can usually be written as polynomials, such as the ideal gas law: PV=nRT (where n is mole count and R is a proportionality constant).

Formulas of molecules in concentration at equilibrium also can be written as polynomials.

USES OF POLYNOMIALS

POLYNOMIALS USED IN INDUSTRY

For people who work in industries that deal with physical phenomena or modeling situations for the future, polynomials come in handy every day. These include everyone from engineers to businessmen.

POLYNOMIALS USED IN EVERYDAY LIFE

History

• Begin in ancient Egypt and Babylon where people learned to solve linear (ax = b) and quadratic (ax2 + bx = c) equations, as well as indeterminate equations such as x2 + y2 = z2, whereby several unknowns are involved.
• Later, Alexandrian mathematicians, the hero of Alexandria and Diophantus, took the ideas that the Egyptians and Babylonians had come up with and expanded upon them. Their knowledge became a staple of Islamic world, where it became known as "the science of restoration and balancing."
• René Decartes,In La géometrie, 1637, he introduced the concept of the graph of a polynomial equation. He popularized the use of letters from the beginning of the alphabet to denote constants and letters from the end of the alphabet to denote variables

INTRODUCTION

Polynomials are a combination of several terms that can be added, subtracted or multiplied but not divided. They are one of the most basic algebraic operations, and many algebra students may wonder why they need to bother learning about them. While polynomials are in sophisticated applications, they also have many uses in everyday life.

USES OF POLYNOMIALS

POLYNOMIALS ARE USED FOR VAROUS PURPOSES IN LIFE . POLYNOMIALS ARE USED IN MODELLING , PHYSICS , INDUSTRIES , FINANCE , CONSTRUCTION , GRAVITATION , CHEMISTRY .etc.

USES OF POLYNOMIALS

POLYNOMIALS USED IN FINANCIAL PLANNING

Polynomials can be used in financial planning. For instance, a polynomial equation can be used to figure the amount of interest that will accrue for an initial deposit amount in an investment or savings account at a given interest rate.

POLYNOMIALS USED IN CONSTRUCTION OR MATERIALS PLANNING

Polynomials are applied to problems involving construction or materials planning. A polynomial equation can be used in any 2-D construction situation to plan for the amount of materials needed.

USES OF POLYNOMIALS

POLYNOMIALS USED IN MODELING

USES OF POLYNOMIALS

POLYNOMIALS USED IN EXPENSE BUDGETING

Polynomials can also be used to model different situations, like in the stock market to see how prices will vary over time. Business people also use polynomials to model markets, as in to see how raising the price of a good will affect its sales.

Polynomials are useful when it comes to budgeting or expense planning. When you need to earn a given amount of money within a certain time period, polynomials can help you determine the exact amount of time you need to earn that amount. By predicting your expenses and knowing your rate of income, you easily can determine the amount of time you need to work.

POLYNOMIALS USED IN GRAVITATIONAL ACCELERATION

POLYNOMIALS USED IN PHYSICS

Polynomials also are used in scientific problems, including gravitational acceleration problems. The polynomial equation needs to include the object's initial position, which is its distance from Earth's center, its initial velocity and its acceleration due to gravity, which is a constant figure. The accepted standard acceleration due to gravity is 32.17 feet per second squared. That is a basic formula, and many other aspects such as air resistance or air density are factored in by a scientist seeking a highly specific solution.

Polynomials are used in physics to describe the trajectory of projectiles. Polynomial integrals (the sums of many polynomials) can be used to express energy, inertia and voltage difference, to name a few applications.