By summer 2020, all GCSE’s will now be marked using the new GCSE grade 1 - 9 system, with the old A*s consigned to history. So how do the new GCSE grades compare to the old GCSE grades? Here are the new GCSE grades explained in our 2020 guide for parents.
The traditional G to A* marking system has been replaced with a numerical grades of 1-9, with 9 being the highest GCSE grade awarded.
The new GCSE grading scale is not directly equivalent to the old one but the Department of Education have made the following comparisons:
The approach to awarding the top grades is the same for all GCSE subjects. A formula is used that means that around 20% of all grades at 7 or above will be a grade 9.
The grade 8 boundary will be equally spaced between the grade 7 and grade 9 boundaries. To carry forward the current standard, the number of grades 7, 8 and 9 awarded for an individual subject will be based on the proportion of the cohort who would have been expected to get an A or A*, had the qualification not been reformed.
The short answer is yes, that’s the intention. The new syllabuses for all GCSEs, including physics, which is the specification set by the Department of Education of what needs to be covered by all exam boards have been updated and include more content than the old GCSE syllabuses. However, as we say above, the number of people being awarded 7 or above, the equivalent on A or above, will remain consistent, so although it is harder to get a particular grade, the number of students getting that grade each year will remain largely the same as before. Got it? Good!
No - there are no longer marks for any coursework in any GCSE - all exams are taken at the end of Year 11 - this is called the “linear” system.
That said, in GCSE Physics, there are marks awarded for being able to explain practical exams - as students would have been used to doing under the old system. About 15% of the AQA course is based on the description of practical exams.
In 2019, 818 students in England achieved a grade 9 in all of their subjects out of a total population of students in England taking GCSEs of 4.6m. So that’s approximately 0.02% of students.
The system was changed with the aim of bringing England and Wales closer in line with the top performing education jurisdictions around the world. The numerical grades allow for greater differentiation of students at the top end of the scale, with the grades 7, 8 and 9 all considered an “old” grade A or above.
Despite its fierce reputation, GCSE Physics is one of the GCSE subjects in which students score the highest marks! Across all the exam boards, approximately 12.5% of GCSE Physics students achieved a Grade 9 in 2019 and over 44% achieved a Grade 7 (the “old” Grade A) and we can help your child be one of them!
In every subject, teachers decide whether your child does foundation or higher level. Most do higher level, and so you should assume your child will too. A student can achieve up to a GCSE Grade 5 by sitting the foundation tier, and up to the maximum GCSE Grade 9 by doing the higher tier. The syllabus for both the foundation and higher tier is the same, it is just the papers that students sit that differs. Both levels will learn the same syllabus throughout the two years of studying GCSE.
Low demand questions targeted at students working at grades 1 – 3. Standard demand questions are targeted at students working at grades 4-5.
Standard demand questions are targeted at students working at grades 4‒5.
Standard/high demand questions are targeted at students working at grades 6‒7.
High demand questions are targeted at students working at grades 8‒9.
For AQA GCSE Physics papers in 2019, the grade boundaries (i.e. what marks you had to get to achieve any of the Grades) is set out below.
At both higher and foundation tiers, there are two physics papers. In 2020, Paper 1 and Paper 2 will be sat on 20 May 2020 and 12 June 2020 respectively.
For AQA GCSE Physics, which is sat by over 80% of students, the exams are marked as follows:
We hope you found our new GCSE grades explained for parents 2020 edition useful - any questions let us know in the comments!
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