Do GCSE Modern Hebrew grade boundaries change every year?

They can change every year, but they do not have to. AQA foundation boundaries were identical in $2023$ and $2024$, then each fell by $3$ marks in $2025$. Higher-tier boundaries moved by different amounts at different grades.

What was the AQA GCSE Modern Hebrew grade $9$ boundary in $2025$?

The June $2025$ higher-tier grade $9$ boundary was $208$ out of $240$. The corresponding boundaries were $203$ in $2024$ and $210$ in $2023$.

Why do Modern Hebrew grade boundaries move?

Boundaries reflect the demand of that year’s assessments while maintaining comparable grade standards. Exam boards consider statistical evidence and senior examiners’ reviews of student work before confirming them.

Can I predict the next Modern Hebrew boundary from previous years?

Not reliably. Historical figures show a useful range, but the next boundary depends on the new assessments and evidence from marking. Use old boundaries as guidance and aim for a cushion above them.

Is the GCSE Modern Hebrew grade based on one paper?

No. AQA assesses listening, speaking, reading and writing, each weighted at $25\%$. The final grade is determined by the overall scaled qualification mark out of $240$.

GCSE Modern Hebrew Grade Boundaries Year to Year

A boundary can feel like a prediction about your future. It is not. It is a line drawn after the examination to make grading fair.

Looking at GCSE Modern Hebrew grade boundaries year to year, the short answer is that they usually change, but recent movements have mostly been modest. Between summer $2023$ and summer $2025$ , AQA foundation boundaries were unchanged and then fell by $3$ marks. Higher-tier boundaries moved more unevenly, generally by between $1$ and $9$ marks from one year to the next.

The important lesson is not to guess the next boundary. It is to understand the historical range, build a margin above it and concentrate on the marks your revision can actually influence.

The quick answer

Here is what students should know before looking at the figures:

A grade boundary is the minimum overall mark required for a grade.
AQA GCSE Modern Hebrew uses foundation and higher tiers.
The qualification is reported out of $240$ marks after component scaling.
Foundation tier offers grades $1$ to $5$ ; higher tier offers grades $4$ to $9$ , with an allowed grade $3$ for students who narrowly miss grade $4$ .
Boundaries are set after marking, not fixed before the examinations.
Recent year-to-year changes have normally been smaller than the unusual movements surrounding pandemic-era grading.
Previous figures are evidence, not a reliable prediction of the next series.

You can check every published figure on the AQA GCSE Modern Hebrew grade boundaries page.

A student imagines a small grade-boundary movement as a giant rollercoaster

How much have Modern Hebrew boundaries changed?

A fair comparison needs the same board, specification, tier and total available mark. The table below therefore focuses on AQA summer series marked out of $240$ . The selected grades show the movement without turning the page into a wall of figures.

Exam series	Foundation grade $5$	Foundation grade $4$	Higher grade $9$	Higher grade $7$	Higher grade $4$
June $2019$	$164$	$139$	$205$	$142$	$95$
June $2022$	$153$	$128$	$193$	$131$	$83$
June $2023$	$160$	$135$	$210$	$144$	$92$
June $2024$	$160$	$135$	$203$	$143$	$84$
June $2025$	$157$	$132$	$208$	$148$	$82$

These are overall qualification boundaries. For example, the higher-tier grade $7$ boundary was $144$ in $2023$ , $143$ in $2024$ and $148$ in $2025$ . That is a fall of $1$ mark followed by a rise of $5$ marks.

The pattern is less dramatic than it can appear when students discuss boundaries immediately after an examination.

Foundation tier has recently been very stable

Every published foundation boundary was identical in $2023$ and $2024$ . In $2025$ , each boundary fell by $3$ marks:

Grade	$2023$	$2024$	$2025$
$5$	$160$	$160$	$157$
$4$	$135$	$135$	$132$
$3$	$110$	$110$	$107$
$2$	$85$	$85$	$82$
$1$	$60$	$60$	$57$

So, for the latest two year-to-year comparisons, foundation movement was either $0$ or $3$ marks. That is useful historical context, but it is not a rule that future boundaries must follow.

Higher-tier movement varies by grade

From $2023$ to $2024$ , higher boundaries changed by between $1$ and $9$ marks. The grade $7$ boundary fell by only $1$ mark, while the grade $4$ boundary fell by $8$ marks and the grade $3$ boundary fell by $9$ marks.

From $2024$ to $2025$ , the upper boundaries rose: grades $9$ , $8$ and $7$ each increased by $5$ marks. Lower down, grade $4$ fell by $2$ marks and grade $3$ fell by $3$ marks.

This is why saying “the boundary went up” can be too vague. Different grade boundaries within the same qualification do not always move by the same amount or even in the same direction.

Why the change from $2022$ to $2023$ was larger

The transition from $2022$ to $2023$ should not be treated as an ordinary annual comparison. In England, $2022$ grading was part of the return from pandemic-era arrangements, with outcomes intended to sit between $2019$ and $2021$ . Grading returned to the normal pre-pandemic standard in $2023$ .

That helps explain why the higher-tier grade $9$ boundary rose from $193$ in $2022$ to $210$ in $2023$ , while the foundation grade $4$ boundary rose from $128$ to $135$ .

The figures are accurate, but their context is unusual. If you are trying to judge how much boundaries normally move now, the comparisons between $2023$ , $2024$ and $2025$ are more informative.

November $2020$ and November $2021$ figures also need care because those series were marked out of $180$ , not $240$ . Comparing their raw marks directly with a normal summer series would be misleading.

Why do grade boundaries change at all?

Every examination paper is new. Exam boards work to make papers comparable, but they cannot know exactly how demanding students will find each question until responses have been marked.

If a paper proves slightly easier, students may generally earn more marks, so boundaries may rise. If it proves harder, boundaries may fall. The purpose is to keep the quality of work required for a grade broadly comparable across years.

AQA and other exam boards use statistical evidence alongside expert judgement. Senior examiners review work around proposed boundaries and compare its standard with work from previous cohorts. Boundaries are then confirmed when marking is nearly complete.

This leads to three important conclusions:

A higher raw-mark boundary does not automatically mean it was harder to earn the grade.
A lower boundary does not mean the exam board decided to be generous.
There is no fixed quota limiting how many students may receive each grade.

Maths students will recognise the same principle from MathsGenie’s guide to how GCSE grade boundaries work: raw marks may move, while the intended grade standard remains stable.

A student considers predicting boundaries with a crystal ball instead of revising

What the four Modern Hebrew components mean for your total

AQA GCSE Modern Hebrew assesses listening, speaking, reading and writing. Each contributes $25%25\%$ of the qualification, and the component marks are scaled to produce an overall total out of $240$ .

Your final grade is based on that overall qualification total. Published component boundaries can be useful when teachers assess individual skills, but they are not separate grades that are combined. A stronger performance in one component can compensate for a weaker performance in another because all four contribute to the final total.

This makes balanced revision sensible. A student who repeatedly practises writing but avoids listening may be protecting a strength while leaving a large source of available marks untouched.

How to use old boundaries without trying to predict the future

Past boundaries are useful as a measuring tool. They are poor as a promise.

Choose a target grade and inspect several comparable summer series. Then aim for a sensible cushion above the historical boundary rather than treating one previous figure as an exact target. The cushion matters because the next paper, your performance under pressure and the final boundary can all differ.

The productive revision cycle is simple:

complete appropriate exam-style questions;
mark them carefully;
identify whether each lost mark came from knowledge, accuracy, timing or interpretation;
practise the weakest skill;
retest it later under timed conditions.

That principle transfers directly to maths revision. The GCSE maths revision hub brings together board-specific lessons and practice for Edexcel, AQA, OCR, Eduqas, WJEC and CCEA. If a paper reveals several weak areas, use the guide to finding your weakest GCSE topics rather than revising only what already feels comfortable.

A boundary cannot earn you another mark. Correcting a repeated mistake can.

A calm plan for students revising several GCSEs

Students searching for Modern Hebrew boundaries are often balancing the language with maths and several other GCSEs. The danger is spending revision time monitoring numbers that cannot yet be known.

Give boundary checking a limit. Record the recent range once, choose a target with some headroom and return to active revision.

For maths, that might mean using Edexcel GCSE maths past papers under timed conditions, then reviewing the mark scheme and video solutions. The method explained in how to use GCSE past papers properly is equally valuable across subjects: complete, mark, diagnose, repair and retest.

If competing subjects make revision feel scattered, build a weekly structure using the GCSE maths revision timetable. A timetable does not need to predict every day perfectly. It only needs to protect regular time for the work most likely to improve your marks.

A student builds a revision bridge safely above a wobbling grade boundary

Common mistakes when comparing Modern Hebrew boundaries

Comparing different tiers

Foundation and higher boundaries belong to different papers and grade ranges. A foundation grade $5$ boundary should not be compared directly with a higher grade $5$ boundary as evidence that one tier is automatically easier.

Treating $2022$ as a normal baseline

The $2022$ grading arrangements were transitional. Include the year when reviewing history, but do not assume its larger movement into $2023$ represents a typical annual shift.

Comparing totals out of $180$ with totals out of $240$

The November $2020$ and $2021$ series used a different maximum mark. Raw marks only make sense when the assessment scale is the same.

Using a component boundary as the final boundary

Notional boundaries for listening, speaking, reading or writing can help interpret component performance. Your qualification grade is determined by the overall scaled total.

Assuming an unofficial prediction is confirmed

The next boundaries are not known before marking and awarding are complete. Predictions may offer a rough discussion point, but they cannot account fully for the demand of an unseen paper or how students perform nationally.

Revising to scrape one historical mark

Aiming exactly at last year’s minimum leaves no protection against normal variation or avoidable exam errors. Build a margin through secure vocabulary, accurate language, careful reading and timed practice.

Boundaries move, but your next action stays clear

Recent AQA evidence shows that GCSE Modern Hebrew boundaries do change, although the ordinary year-to-year movement is often only a handful of marks. Foundation boundaries were unchanged from $2023$ to $2024$ and fell by $3$ marks in $2025$ . Higher boundaries moved more unevenly, with shifts of up to $9$ marks in the latest comparisons.

The boundary is the final measurement, not the revision strategy.

Check the historical Modern Hebrew grade boundaries, set a target with breathing room and put your attention back on performance. For your maths exams, make MathsGenie your free revision base: use revision lessons to understand methods, practice questions and mini tests to secure them, then past papers and predicted papers with mark schemes and video solutions to make them reliable under pressure.