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Chapter 17 More Algebra

Rearranging Formulae - Rearranging Formulae

17.1 Rearranging Formulae

Rearranging formulae is a way of changing the subject of a formula. This can help us determine a missing value when we know other values within a formula. In this section, we learn about Rearranging Formulae.

Algebraic Fractions - Algebraic Fractions, fractions, multiply, divide.

17.2 Algebraic Fractions

An algebraic fraction is a fraction whose numerator and denominator are algebraic expressions. In this section, we learn about Algebraic Fractions, fractions, multiply, divide.

Simplifying Algebraic Expressions -  algebraic method, algebraic fractions simplifying.

17.3 Simplifying Algebraic Expressions

You may need to factorise before simplifying algebraic fraction:1) Factorise the numerator and denominator.2) Divide the numerator and denominator by any common factors. In this section, we learn about algebraic method, algebraic fractions simplifying.

More Algebraic Fractions - algebraic fractions add and subtract, algebraic fractions multiply and divide.

17.4 More Algebraic Fractions

You may need to factorise the numerator and/or denominator before you multiply or divide algebraic fractions. In this section, we learn about algebraic fractions add and subtract, algebraic fractions multiply and divide.

Surds - Surds, rational and irrational surd, simplify expressions including surds.

17.5 Surds

Surds are the values in square root that cannot be further simplified into whole numbers or integers. In this section, we learn about Surds, rational and irrational surd, simplify expressions including surds.

Solving Algebraic Fraction Equations - algebraic fractions equations.

17.6 Solving Algebraic Fraction Equations

An algebraic fraction is a fraction whose numerator and denominator are algebraic expressions. In this section, we learn about algebraic fractions equations.

Functions - Functions, Inverse Functions.

17.7 Functions

A function is a rule for working out values of y for given values of x. In this section, we learn about Functions, Inverse Functions.

Proof - Algebra, proof

17.8 Proof

To show a statement is an identity, expand and simplify the expressions on one or both sides of the equal sign, until the two expressions are the same. In this section, we learn about Algebra, proof.

Chapter 17 More Algebra

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