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• Know the difference between an equation and an identity
• Be able to find missing constants by equating coefficients in an identity

• Know the meanings of the terms quotient and remainder
• Can divide a polynomial by a linear factor

• Can find a factor by using the factor theorem
• Can use the factor theorem to find missing coefficients
• Can factorise polynomials
• Can solve the equation f(x) = 0
  

• Can find a remainder by substituting a suitable value into a polynomial
• Can use the remainder theorem to find missing coefficients

• Can produce Pascal's triangle
• Can use Pascal's triangle to expand (a+b)^n where b is positive, negative or a fraction and a and b are surds

• Can calculate a binomial coefficient with and without a calculator
• Can use the formula to expand (a+b)^n
• Can use a binomiial expansion to estimate powers of decimals

• Can calculate a binomial coefficient with and without a calculator
• Can use the formula to expand (a+b)^n
• Can use a binomiial expansion to estimate powers of decimals

• Can convert between radians and degrees
• Can find the sine, cosine and tangent of any size angle
• Know the values for 30°, 45° and 60° and their radian equivalents

• Can sketch trigonometric graphs
• Can apply simple transformations to trigonometric graphs and comment on the change in range and periodicity

• Know basic trigonometric identities and how to derive them
• Can use the basic trig identities to simplify expressions

• Can solve simple trigonometric equations with and without a calculator
• Can solve simple trigonometric equations involving a 'shift' or multiple angle

• Can use trigonometric identities and quadratic equations to solve more complex equations
• Can use trigonometric graphs to help solve equations

• Can find the area of a sector of a circle and give the angle and the radius
• Can find the arc length of a sector given the radius and angle

• Can find the area of a triangle given 2 sides and the included angle
• Can use the area of a sector and a triangle to calculate the area of a segment

• Can find angles and sides in a triangle using the Sine Rule
• Can find the two possible triangles in the ambiguous case
• Can find angles and sides in a triangle using the Cosine Rule

• Can apply the Sine Rule and Cosine Rule to solve problems

• Remainder and Factor Theorems
• Binomial Expansions
• Laws of Logs

• Solving Trigonometric Equations
• Arc Length and Sector Area

• Circles
• Geometric Series

• Differentiation
• Integration

• Past Papers

• Past Papers