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Try reviewing these fundamentals first.

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Try reviewing these fundamentals first.

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Get Started Now- Lesson: 123:30
- Lesson: 2a10:02
- Lesson: 2b16:25
- Lesson: 3a16:39
- Lesson: 3b14:30
- Lesson: 3c27:23
- Lesson: 411:07

The Binomial Theorem is a convenient way to multiply a binomial by itself. It can be applied to the powers of any binomials.

- 1.Expand ${\left( {a + b} \right)^4}$, using:a)Pascal’s Triangleb)Binomial Theorem
- 2.Expand:a)${\left( {5x + 2} \right)^3}$b)${\left( {2x - 3y} \right)^4}$
- 3.In the expansion of ${\left( {\frac{1}{{7{x^2}}} - {x^3}} \right)^{10}}$ , determine:a)the 4th termb)the middle termc)the constant term
- 4.In the expansion of ${\left( {3 - 2x} \right)^8}$ , determine the coefficient of the term containing ${X^5}$.

9.

Polynomials

9.1

Characteristics of polynomials

9.2

Adding and subtracting polynomials

9.3

Multiplying polynomial by polynomial

9.4

Polynomial long division

9.5

Polynomial synthetic division

9.6

Remainder theorem

9.7

Rational zeroes theorem

9.8

Characteristics of polynomial graphs

9.9

Repeated factors (Multiplicities) in polynomials

9.10

Imaginary zeros of polynomials

9.11

Determining the equation of a polynomial function

9.12

Pascal's triangle

9.13

Binomial theorem

9.14

What is a polynomial function?

9.15

Applications of polynomial functions

9.16

Solving polynomial inequalities

9.17

Fundamental theorem of algebra

9.18

Descartes’ rule of signs

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