Straightforward solving linear equations question.

Adapted from 'Simultaneous equations by substitution 3 with parts' by Joshua Boddy.

Simple example with detailed solution for rationalising a single-term, surd denominator.

Adapted from 'Surds: rationalising the denominator simple' by Ben Brawn.

Simplifying algebraic expressions

Simplifying indices

These short questions concentrate on conversion between decimals and percentages.

These basic questions will help you expand one set of brackets for linear variables

This test will help you with addition, subtraction, multiplication and division of decimals.

Simplifying indices.

This question allows you to practice identifying the coordinates of points on graphs.

Two particles connected by a string which passes over a pulley at the top of an inclined plane. Find the acceleration of the masses and the tension in the string. Can not model the whole system as a single particle.

A particle is projected up a rough plane at a given speed. Given the angle of the slope and the coefficient friction, find the distance the particle travels before it comes to instantaneous rest.

Given th original formula the student enters the transformed formula

A box is being pushed up a slope by a horizontal force. Calculate the normal reaction force, and the acceleration of the box up the slope.

For 'Equations of motions' page on the wiki, under kinematics. Includes questions using the SUVAT equations.

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Four questions on statics of a particle.

A mass is hanging from a string, tethered to two points. A horizontal force applied to the mass holds it directly underneath one of the points. Given the magnitude of the force, find the tension in the string and the mass of the bag.

Three forces act on a particle. You're given the magnitude of one, and the directions of all three. Find the magnitudes of the other two forces.

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Practice using the log rules to add and subtract logarithms

Practice using the log rules to add and subtract logarithms

Solve a logarithmic expression for an unknown $x$

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Section 2.2 of M1 book. Using v squared formula

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SUVAT equation questions, for mechanics page in wiki. Uses $v=u+at$ and $s=((u+v)/2)t$.