Arithmetic
Additive Identity
Arithmetic Progression
Associative Property
Averages
Brackets
Closure Property
Commutative Property
Conversion of Measurement Units
Cube Root
Decimal
Distributivity of Multiplication over Addition
Divisibility Principles
Equality
Exponents
Factors
Fractions
Fundamental Operations
H.C.F / G.C.D
Integers
L.C.M
Multiples
Multiplicative Identity
Multiplicative Inverse
Numbers
Percentages
Profit and Loss
Ratio and Proportion
Simple Interest
Square Root
Unitary Method
Algebra
Cartesian System
Order Relation
Polynomials
Probability
Standard Identities & their applications
Transpose
Geometry
Basic Geometrical Terms
Circle
Curves
Angles
Define Line, Line Segment and Rays
Non-Collinear Points
Parallelogram
Rectangle
Rhombus
Square
Three dimensional object
Trapezium
Triangle
Quadrilateral
Trigonometry
Trigonometry Ratios
Data-Handling
Arithmetic Mean
Frequency Distribution Table
Graphs
Median
Mode
Range

Videos
Solved Problems
Home >> Polynomials >> Division of Polynomials >> Division of Polynomial by Monomial >>

Division of Polynomial by Monomial

Division of Polynomial by Monomial Division of Polynomial by Binomial

Before you understand how to divide polynomial, you are advised to read:

What is Polynomial ?
What is Monomial ?

Lets understand how to divide a polynomial by a monomial and this is explained with the help of following examples

Example 1: Divide 3p3 + p2 + 2p by p
Solution: As per the given question:
Polynomial = 3p3 + p2 + 2p
Monomial = p

Division is done in the following steps:
3p3 + p2 + 2p ÷ p

Divide each term of polynomial by monomial and we get:
= (3p3 ÷ p) + (p2 ÷ p) + (2p ÷ p)
= (3p2) + (p) + (2)
= 3p2 + p + 2

So, when 3p3 + p2 + 2p is divided by p, we get 3p2 + p + 2 as quotient and remainder Zero
Or we can write it as:
(3p3 + p2 + 2p) ÷ p = 3p2 + p + 2



Example 2: Divide 4a3 + 2a2 + 3 by a
Solution: As per the given question:
Polynomial = 4a3 + 2a2 + 3
Monomial = a

Division is done in the following steps:
4a3 + 2a2 + 3 ÷ a

Divide each term of polynomial by monomial and we get:
= (4a3 ÷ a) + (2a2 ÷ a) + (3 ÷ a)

Since 3 cannot be divided by a so we get:
= a(4a2 + 2a) + 3

Hence, when (4a3 + 2a2 + 3) is divided by a, we get (4a2 + 2a) as quotient and 3 as remainder
Or we can write it as:
(4a3 + 2a2 + 3) ÷ a = a(4a2 + 2a) + 3

Copyright@2022 Algebraden.com (Math, Algebra & Geometry tutorials for school and home education)