A worksheet on evaluating a function at a given value and determining the domain of a function. Solutions are included. Good for GCSE/IGCSE students

A worksheet on equations involving algebraic fractions. Detailed solutions are provided.

A worksheet on writing fractions in their simplest form. Answers are included.

A worksheet on recognising numbers in standard form, writing ordinary numbers in standard form and vice versa. Solutions are included.

A worksheet on expanding brackets and factoring algebraic expressions. The first exercise requires to multiply brackets by a term which can be a number, a variable or a combination of both and then simplify the resulting expression by collecting like terms. The second exercise requires to factor some expressions by taking out the highest common factor of their terms. Detailed solutions are provided.

A worksheet on solving simultaneous equations using substitution. Solutions are included.

A worksheet on solving simultaneous equations by elimination. Detailed solutions are included.

A worksheet on solving simultaneous equations where the one is linear and the other is quadratic. Detailed solutions are included.

A worksheet on converting improper fractions to mixed numbers and vice versa. Solutions are included.

A worksheet on converting improper fractions to mixed numbers. Solutions are included.

A worksheet on converting mixed numbers to improper fractions. Solutions are included.

A worksheet on determining the integers that satisfy a double inequality. Solutions are included.

A worksheet containing mixed algebra questions on the following topics: index laws, substituting in formulae, changing the subject of a formula, expanding brackets and factorising, simplifying algebraic expressions and algebraic fractions. Detailed solutions are included. Good for GCSE/IGCSE students.

A worksheet on calculus. The exercises require to differentiate given equations, find the coordinates of the point at which the gradient of a curve takes a specific value, find the gradient of a curve at a given point, find the turning points of a curve (given its equation) and find the velocity and the acceleration given the equation of the displacement with respect to time. Good for GCSE/IGCSE students. Detailed solutions are provided.