We have today sent home two letters regarding revision sessions for English and Science, if you have not received these you can find a copy of these here:
This is the only non-calculator students will complete. Students should spend a minimum of 6 hours revising between now and the first exam.
On the morning of the exam students will be expected to come into school at 7:45am for a pre-exam revision session.
How can I revise?
Students should spend time memorising the key formulae listed in the next section. I would recommend a minimum of 10 minutes per day using flashcards to test themselves.
In addition students should be using their maths folder to revise all past paper 1’s. Any questions in which students did not initially get full marks should be practiced again by covering, retrying and then checking. In total students should have completed eight paper 1 practice tests to revise from.
Students can get any papers yet to be completed from their teachers and should complete these under timed conditions. Students should then use revision guides, Collins workbooks and Hegarty maths to revise the topics they are unsure of. Mark schemes can be accessed online or alternatively papers can be handed in to teachers for marking. Students should prioritise paper 1’s.
Key topics to revise
All students should be secure with the following essential non-calculator skills:
- Multiplying whole numbers and decimals (grid or lattice method)
- Dividing whole numbers and decimals (bus stop method)
- Adding and subtracting fractions (common denominator)
- Multiplying and dividing fractions
- Converting between fractions, decimals and percentages
- Finding fractions and percentages of amounts
Students can access all topics on Hegarty Maths or can speak to their maths teacher for support.
Students will also need to spend time memorising the following formulae using flashcards to test themselves:
- Area of a square/rectangle/parallelogram/rhombus = base x height
- Area of a triangle = (base x height) ÷ 2
- Area of a trapezium = ½ (a + b)h where a is the top, b is the bottom, and h is the height
- Volume = Area of the cross section x length
- Area of a circle where r is the radius
- Circumference of a circle where r is the radius, and d is the diameter
- Volume of a cylinder = where r is the radius, and h is the height
- Pythagoras Theorem: a 2 + b 2 = c 2 where c is the hypotenuse
- SinƟ = O / H where Ɵ is the angle, O is opposite and H is hypotenuse
- TanƟ = O / A where Ɵ is the angle, O is opposite and A is adjacent
- CosƟ = A / H where Ɵ is the angle, A is adjacent and H is hypotenuse
- Sum of exterior angles = 360
- Sum of interior angles = (sides – 2) x 180
- Speed = distance ÷ time
- Distance = speed x time
- Time = distance ÷ speed
- Density = mass ÷ volume
- Mass = density x volume
- Volume = mass ÷ density
- Pressure = force ÷ area
- Force = pressure x area
- Volume = force ÷ pressure
What can you do to help?
- Encourage students to speak to their teachers about questions they are unsure of. Ask them to explain the questions to you once they get home to test their understanding
- Test students on the key formulae/ topics listed above
- Ensure students complete a minimum of 6 hours revision prior to next Tuesday. Students have revision timetables in which they can plan this out
If you do have any questions about your child's maths revision, please do not hesitate to contact me, or their class teacher for advice.
Many thanks for your on-going support at home!
- Closing Date for applications: 12 noon on Monday 20th May 2019
- Interviews and panel activities: Thursday 23rd May 2019
- Responsible to: Curriculum Team Leader: Maths
- Salary Grade: TLR 2c
Are you looking for an exciting career opportunity?
Do you aspire to be a head of faculty or part of the Senior Leadership Team in the future?
The Lead Teacher will work alongside the Curriculum Team Leader to provide pedagogic leadership as an outstanding classroom practitioner, playing a key part in raising standards through the model of their own excellent teaching.
This is an exciting opportunity for the right candidate, whether you are new to teaching or experienced in your field, to take up a leading role within the Maths department.