GCSE
MATHEMATICS
Foundation Tier Paper 1 Non-Calculator
Mark scheme for Predicted Paper
,Mark Scheme for AQA GCSE Mathematics Foundation Paper 1
Five Year Past Paper Question Analysis by topic and frequency
1. Arithmetic
• Percentage of Total: 40%
• Recurring Patterns:
o Foundational skills (e.g., basic operations, fractions, percentages).
o Practical applications (e.g., cost calculations, unit conversions).
o Ratios are a common focus in all three papers.
o Questions often emphasize fluency in calculations without a calculator.
2. Algebra
• Percentage of Total: 24%
• Recurring Patterns:
o Simplifying and solving linear equations.
o Substituting values into formulas.
o Factorization and expansion of expressions.
o Clear focus on procedural understanding and multi-step reasoning.
3. Geometry
• Percentage of Total: 20%
• Recurring Patterns:
o Questions are diverse, covering transformations, areas, volumes, and angle
calculations.
Page | 2
, o Use of diagrams and real-life contexts (e.g., measuring angles, perimeter of
rooms).
o Tests a combination of visualization and computation skills.
4. Probability and Statistics
• Percentage of Total: 13%
• Recurring Patterns:
o Basic probability questions involving simple fractions or proportions.
o Representation of data (e.g., bar charts, pie charts, or pictograms).
o Questions usually integrate real-world scenarios for better relatability.
5. Graphs
• Percentage of Total: 5%
• Recurring Patterns:
o Minimal focus across the papers.
o Emphasis on plotting points and interpreting linear or quadratic graphs.
o Simple trend analysis or use of a line of best fit.
Overall Observations
1. Core Topics: Arithmetic, algebra, and geometry form the foundation, contributing a
combined 84% of the total questions.
2. Underrepresented Areas: Probability, statistics, and graphs account for only 18%,
indicating a lower emphasis on these skills.
3. Difficulty Distribution:
o Arithmetic includes straightforward recall-based questions but often integrates
multi-step practical problems.
Page | 3
, o Algebra and geometry feature a mix of procedural tasks and reasoning-based
challenges.
4. Practical Applications: All papers incorporate real-world scenarios, such as interpreting
data, working with costs, and solving geometry problems linked to real-life shapes.
5. Consistency Across Papers: Recurring focus on ratios, percentages, solving equations,
and transformations.
Page | 4
MATHEMATICS
Foundation Tier Paper 1 Non-Calculator
Mark scheme for Predicted Paper
,Mark Scheme for AQA GCSE Mathematics Foundation Paper 1
Five Year Past Paper Question Analysis by topic and frequency
1. Arithmetic
• Percentage of Total: 40%
• Recurring Patterns:
o Foundational skills (e.g., basic operations, fractions, percentages).
o Practical applications (e.g., cost calculations, unit conversions).
o Ratios are a common focus in all three papers.
o Questions often emphasize fluency in calculations without a calculator.
2. Algebra
• Percentage of Total: 24%
• Recurring Patterns:
o Simplifying and solving linear equations.
o Substituting values into formulas.
o Factorization and expansion of expressions.
o Clear focus on procedural understanding and multi-step reasoning.
3. Geometry
• Percentage of Total: 20%
• Recurring Patterns:
o Questions are diverse, covering transformations, areas, volumes, and angle
calculations.
Page | 2
, o Use of diagrams and real-life contexts (e.g., measuring angles, perimeter of
rooms).
o Tests a combination of visualization and computation skills.
4. Probability and Statistics
• Percentage of Total: 13%
• Recurring Patterns:
o Basic probability questions involving simple fractions or proportions.
o Representation of data (e.g., bar charts, pie charts, or pictograms).
o Questions usually integrate real-world scenarios for better relatability.
5. Graphs
• Percentage of Total: 5%
• Recurring Patterns:
o Minimal focus across the papers.
o Emphasis on plotting points and interpreting linear or quadratic graphs.
o Simple trend analysis or use of a line of best fit.
Overall Observations
1. Core Topics: Arithmetic, algebra, and geometry form the foundation, contributing a
combined 84% of the total questions.
2. Underrepresented Areas: Probability, statistics, and graphs account for only 18%,
indicating a lower emphasis on these skills.
3. Difficulty Distribution:
o Arithmetic includes straightforward recall-based questions but often integrates
multi-step practical problems.
Page | 3
, o Algebra and geometry feature a mix of procedural tasks and reasoning-based
challenges.
4. Practical Applications: All papers incorporate real-world scenarios, such as interpreting
data, working with costs, and solving geometry problems linked to real-life shapes.
5. Consistency Across Papers: Recurring focus on ratios, percentages, solving equations,
and transformations.
Page | 4
