Elimination method: A ordered pair (x₁,y₁) s called a solution to a
linear system in two variables if the values x = x₁ and y = y₁ satisfy
all the equations in the system. This page will contain 10 questions to solve equations by using elimination method. |
Examples of elimination method Elimination method worksheet 10th grade algebra worksheets 10th grade algebra worksheets |
Cross multiplication method: To write the given equation in the form of a/b = c/d and solving for the given variables is called cross multiplication method. This page will contain some set of question for practice. For each questions you can get solution. |
Examples of cross multiplication method Cross multiplication method worksheet |
Quadratic equation from roots: General form of quadratic equation with roots α and β is x² - (α + β) x + αβ = 0.
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Examples of quadratic equation from roots Quadratic equation from roots worksheet |
Synthetic division: Synthetic division is a short cut method of polynomial division. The condition to be used this method is, the divisor must of be of first degree and should be in the form (x-a) 10th grade algebra worksheets 10th grade algebra worksheets |
Examples of synthetic division Practice problems of factoring cubic equation |
Factoring quadratic equation: An equation which is in the form of ax² + b x + c =0,where a,b,c ∈ R and
a≠0 is called a quadratic equation. Splitting the given equation into two linear equations known as (x + a) (x + b) is called factoring the quadratic equation. |
Examples of factoring Factoring quadratic equation worksheet More problems in factoring equation |
GCD: GCF -Greatest common factor is the largest common factor of two or more numbers. |
Examples of GCD GCD worksheet |
L.C.M LCM of two or more non zero whole numbers is the smallest whole number which is a multiple of each given number. In other words it must be the smallest whole number which is divisible by each number. |
Examples of L.C.M L.C.M worksheet Word problems of L.C.M & G.C.D Combined worksheet of L.C.M & G.C.D |
Relationship between zeroes and coefficients: Consider the equation ax² + bx + c = 0. where a,b and c ∈ R. We can solve this quadratic equation by using quadratic formula. Then we get α and β as two roots of the equation. Now we are going to see the concept how to find sum of roots α + β and product of roots α β. |
Examples of relationship between zeroes and coefficients Relationship between zeroes and coefficients worksheet |
Simplifying Rational expression: Two rational expressions can be simplified using factorization. This process is known as simplifying rational expression. | |
Practical use of quadratic equations: In this page you can find some set of questions to show the practical use of quadratic equations. |
Example problems Worksheet of practical problems |
Nature of roots: The roots of the quadratic equation ax² + bx+ c = 0 are [- b ± √(b² - 4 ac)]/2a. The nature of roots depends on the value b² - 4 ac. The value of the expression b² - 4 ac discriminates the nature and so it is called the discriminant of the quadratic equation. It is denoted by symbol ∆. |
Example of nature of roots Worksheet nature of roots |
Framing quadratic equation from roots: General form of quadratic equation with roots α and β is x² - (α + β) x + αβ = 0.
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Example of quadratic equation from roots Worksheet of framing quadratic equation from roots |
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