- Published by: Tutor City
- February 13, 2024
- Education

A-Levels is a significant milestone for students in Singapore, and it is a defining moment in their academic journey. One of the most challenging subjects in A-Levels is Mathematics.

The subject is divided into two levels, H1 and H2, each with its own set of complexities. H2 Mathematics is a more advanced level than H1 Mathematics, and students often find it challenging to understand the key differences between the two.

If you are staring down the decision between H1 and H2 Math and feeling more lost than a quadratic equation with no roots? Don't sweat it! We, the expert navigators of the A-level maths jungle at Tutor City, are here to guide you through the differences between these two choices.

- H2 Mathematics is more advanced than H1 Mathematics and covers more in-depth.
- The assessment structure for H2 Mathematics is different from that of H1 Mathematics.
- H2 Mathematics requires a deeper understanding of the concepts and their application in more complex situations.

Many students find Mathematics overwhelming, especially as they move to a higher grade level like junior college. The lessons become more complicated, and the questions require heavy computation work.

The H1 Mathematics curriculum is much lighter than what students will experience in H2. H1 Mathematics covers topics such as vectors, calculus, and functions, while H2 Mathematics includes more in-depth and advanced concepts such as sequences and series, probability distribution, and correlation and regression.

The assessment structure for H1 and H2 Mathematics is also different. H1 Mathematics has two papers: Paper 1 and Paper 2, while H2 Mathematics has three papers: Paper 1, Paper 2, and Paper 3.

The depth of knowledge required for H2 Mathematics is higher than that required for H1 Mathematics. H2 Mathematics requires students to have a more profound understanding of the concepts and to apply them in more complex situations.

A-Level Mathematics is divided into two levels, H1 and H2. While both levels cover core mathematics, statistics and probability, and calculus, the depth and scope of content differ.

H1 Mathematics covers foundational knowledge and abilities in core mathematics. It includes topics such as algebra, geometry, and trigonometry. H1 Mathematics is less content-heavy than H2 Mathematics, which covers more advanced topics such as complex numbers, matrices, and differential equations.

H1 Mathematics trains students to understand and apply basic techniques of statistics. It covers topics such as data analysis, probability distributions, and hypothesis testing. H2 Mathematics includes more in-depth and advanced concepts such as regression analysis, time series analysis, and stochastic processes.

Both H1 and H2 Mathematics cover calculus, which is a branch of mathematics that deals with rates of change and slopes of curves. However, H2 Mathematics covers more advanced topics such as partial differentiation, multiple integration, and differential equations.

Overall, H2 Mathematics is more challenging and content-heavy than H1 Mathematics. Students who are interested in pursuing mathematics-related courses in university are advised to take H2 Mathematics.

The assessment structure for H1 and H2 Mathematics involves two papers, each lasting three hours. For H1 Mathematics, Paper 1 is worth 60 marks and covers statistics, while Paper 2 is worth 35 marks and covers pure mathematics.

On the other hand, H2 Mathematics has two papers, Paper 1 and Paper 2, both worth 80 marks. Paper 1 covers pure mathematics, while Paper 2 covers statistics and probability.

Both H1 and H2 Mathematics papers are marked based on a predetermined marking scheme. Each question is allocated a certain number of marks, and marks are awarded based on the candidate's ability to provide a correct solution or method.

In some cases, marks may be awarded for correct work, even if the final answer is incorrect. The marking scheme for each paper is available on the Singapore Examinations and Assessment Board (SEAB) website.

The grading criteria for H1 and H2 Mathematics are the same. The grades awarded are A, B, C, D, and E. A grade of S is awarded to candidates who pass the subject but still need to meet the requirements for a grade of E. The minimum grade required to pass the subject is an E.

The grading criteria are based on the candidate's performance in both papers, with equal weightage given to each paper. The final grade awarded is determined by the candidate's total score, which is the sum of the marks obtained in both papers.

H2 Math requires a deeper understanding of mathematical concepts than H1 Math. The topics covered in H2 Math are more complex and require a stronger foundation in mathematical concepts such as calculus, probability, and complex numbers.

H2 Math also covers topics such as functions and graphs, vectors, permutations and combinations, probability distribution, and correlation and regression, which are not covered in H1 Math.

H2 Math requires a higher level of application skills than H1 Math. The questions in H2 Math require students to apply their knowledge of mathematical concepts to solve complex problems.

Students are also expected to be able to apply mathematical concepts to real-life situations. In H1 Math, the application of mathematical concepts is less complex and more straightforward.

H2 Math requires a higher level of problem-solving complexity than H1 Math. The questions in H2 Math require students to think critically and creatively to solve complex problems. Students are also expected to be able to solve problems using multiple methods. In H1 Math, the problem-solving complexity is less challenging and more straightforward.

In summary, H2 Math covers more complex topics and requires a deeper understanding of mathematical concepts, a higher level of application skills, and a higher level of problem-solving complexity than H1 Math.

Both H1 and H2 Mathematics are relevant to real-world contexts, but H2 Mathematics covers more advanced topics, which makes it more applicable in certain fields such as engineering, physics, and mathematics.

H2 Mathematics covers topics such as complex numbers, vectors, and calculus, which are essential in solving real-world problems in these fields. H1 Mathematics covers topics such as logarithms, functions, and probability, which are also useful in real-world contexts but less advanced than those covered in H2 Mathematics.

H2 Mathematics is a prerequisite for many university courses in the fields of engineering, physics, and mathematics. Students who take H2 Mathematics have a higher chance of being accepted into these courses than those who take H1 Mathematics. H2 Mathematics also prepares students for more advanced university-level mathematics courses.

In addition, H2 Mathematics is also useful for students who want to pursue careers in fields such as finance, economics, and computer science. These fields require a strong understanding of mathematics, and H2 Mathematics provides students with the necessary foundation to succeed in these fields.

Overall, both H1 and H2 Mathematics are relevant and applicable in real-world contexts and further education. However, H2 Mathematics covers more advanced topics and is a prerequisite for many university courses in the fields of engineering, physics, and mathematics.

Regardless of your choice, remember that mastering either syllabus requires dedication and strategic guidance. A-level maths tuition can be your saving grace, providing customised support, tackling tricky concepts, and boosting your confidence.

Tutor City, with its extensive network of expert tutors, can be your key to unlocking success in A-Level Math. Don't hesitate to take the first step – invest in your future by finding the perfect tutor and ace your A-Level Maths exams!