HSC maths and sciences are structured and assessed in a fundamentally different way. These differences require different approaches in studying both types of subjects, in order to secure a top band in each. In this short article, we will look at the main differences between HSC maths and sciences, and give you some insight as to how each type of subject ought to be approached.
Study year 11 and 12 maths topics together
The syllabi of HSC mathematics is integrally linked with the preliminary (year 11) syllabus. This applies to all levels of HSC maths, from General to Extension 2. There is no sudden identifiable transition between preliminary topics and HSC topics. In contrast to HSC sciences (such as Chemistry and Physics), their syllabi are clearly split into preliminary topics and HSC topics.
In mathematics, topics you learn in your preliminary year, or even going back to year 10 (e.g. the sine and cosine rule are sometimes used in year 12, even in Extension 2) are unavoidable when you need to study for HSC topics. For example, we all need to know how coordinate geometry works, and how to find the equation of normals and tangents, before we can understand the Conics topic in Extension 2, or parametrics in Extension 1. The key point here is that there is no clear distinction between year 11 and year 12, for mathematics.
One approach to maths tutoring or teaching at schools is to teach topics according to their relationship with each other, instead of whether the actual syllabus categorises them as preliminary or HSC topics. For example, we can teach year 11 Extension 1 probability, up to the harder permutations and combinations normally studied in year 12. This approach in studying is also advantageous, as it helps you consolidate and group relevant topics together.
An extreme example that may work for some is the anecdote of a private maths tutor that is reputed to teach year 7 geometry, then for the entire year, progress to harder and harder geometry topics, finishing off with Extension 2 style circle geometry. While we can see this approach may work for some students, the extreme case is not recommended for most students. Instead, we recommend students to study the relatable preliminary and HSC topics together. For example, the reason why the Fitzpatrick series of books (the yellow book for 2 unit, the green book for 3 unit, and the pink book for 4 unit) is split according to 2, 3 and 4 unit reflects this fact about HSC mathematics. The writer did not choose to split his books according to preliminary and HSC as he correctly identifies that it is more convenient and advantageous to student learning by making them learn year 11 and 12 topics together, where they are very related.
Recommended approach for HSC sciences
HSC sciences, unlike mathematics, have topics that are clearly divided as preliminary and HSC topics. For example, in Preliminary Physics, you learn about waves and communications devices in The World Communicates, resistors and using Ohm’s law in Electrical Energy in the Home, vector addition and movement in Moving About, and some basic astrophysics in The Cosmic Engine. Now, if we look closely at the topics taught in the Preliminary year, and compare them to the HSC topics, there is very little direct overlap. The main value in Preliminary Physics is for students to gain a solid grasp on the physical principles that are relevant to the HSC.
For example, in The World Communicates, knowledge of waves and how they propagate is important to many topics in the HSC. However, knowledge of mobile phones, fax machines, GPS and CD/DVD technology is irrelevant to the HSC. So the point here is: understand the physical principles (waves, electrical resistance, Ohm’s law, vector addition, forces, momentum etc) but don’t pay too much attention to the specifics (e.g. you’ll never be asked to calculate the resistance of a circuit in a HSC question, and you don’t need to know about Red Giants / White Dwarves if your school does not do the Astrophysics option module).
Ideal approach to studying HSC Physics and Chemistry
The ideal approach here is to learn the preliminary course as usual, paying close attention to the physical principles that are involved with the content. However, remember that you will not be tested in your HSC year on the specifics of the preliminary course. For example, you will not be required to know how to calculate resistance in series and parallel circuits in the HSC Physics course. In fact, the HSC assessments and exams will only test what is in the year 12 HSC syllabus. Therefore, you will definitely need to know the specifics of each dot-point in the HSC syllabus, but not the specifics of the preliminary syllabus.
A good approach is to start your learning early. Cover the preliminary topics as quickly as you can, (with the help of Chemistry tutoring or Physics tutoring, or from your school teachers) and move onto the HSC topics as quickly as you can. This leaves you with the maximum amount of time to study the content that is directly relevant to your HSC. Remember, only the content of the year 12 syllabi will be examined, so use this fact to your advantage when studying HSC sciences!
Doing well in HSC sciences requires a slightly different approach than HSC maths or English subjects. HSC sciences, like Chemistry, Physics and Biology, place a heavy focus on the syllabus. Detailed knowledge and familiarisation of the syllabus is very important.
TIP 1: Know the syllabus Knowing the syllabus very important. Firstly, all HSC science exams can only test you on content within the syllabus. Most of the time, HSC exam questions will simply be a syllabus dot-point that has been reworded.
For example, an actual HSC Chemistry syllabus dot-point is “Describe hydrogen bonding between molecules”. A corresponding exam question can ask something simple like “Describe hydrogen bonding between water molecules”. Alternatively, exam questions can be slightly more complicated, for example: “Identify a compound that exhibits strong hydrogen bonding and descbribe how hydrogen bonding affects its melting and boiling temperatures”. However in both cases, the question can be reduced to simply describing your knowledge of how hydrogen bonding works as between molecules, and how this phenomenon affects some of the chemical’s physical propertie(s).
If you have an excellent understanding of the syllabus and have covered in detail each dot-point, you will know enough to get a Band 6. We emphasise the fact that exams can only test you on what is in the syllabus. If you ever don’t understand a concept because it has been poorly explained to you at school, or the concept is very difficult, ask your teacher whether it is in the syllabus. If it is not, understand that it will not be examined, so don’t worry too much about not fully understanding that concept. However, if a concept is within the syllabus, or required by one of the dot-points as background information, you should know it well.
TIP 2: Know what’s important for practicals / experiments HSC Sciences’ syllabi contains many dot-points requiring students to “conduct a first-hand investigation”, or “gather data from a first-hand investigation”. These dot-points are responsible for the regular experiments you conduct at school. It is very important that you do not neglect the information presented to you during one of those experiment classes at school. Many students think of experiments as fun (and they are), but they ignore the fact that each experiment deals with at least one dot-point in the syllabus, sometimes several at once.
The things you need to know in ALL experiments are:
The important thing to remember here is to pay attention in school during experiment classes, and not to ignore these dot-points during your study and revision.
TIP 3: Understand the concepts We do not recommend trying to memorise too many things. HSC sciences cannot be mastered through memorisation, and all of the top students who achieve a HSC mark of >95 genuinely understand the concepts in their subject.
Understanding the concept is very important to succeeding in HSC sciences. Before an exam, there is no way you can predict what specific questions will be asked of you. You will only know that everything tested will be in the syllabus, but the specific wording of your questions can catch you offguard.
If you rely on memorisation of the course content, you are inflexible. A question that is slightly unorthodox in approach or worded in an unfamiliar way will catch you offguard, and you will run the risk of losing easy marks. However, if you genuinely understand the concepts involved, you can always derive the answer in the spot, even if the question is worded in an unfamiliar way, or requires unorthodox thinking. This way, you are a flexible student, and no matter how the exam is set, you will get a high mark reflecting your good ability.
There are certain situations where memorisation is appropriate. Generally, these are:
But always strive to understand the underlying concept, as it will benefit you in the long run.
TIP 4: Make good use of the resources available to you What we mean by this is, for example:
Most teachers will answer any question a student asks them, as they will be happy to know that their students are so dedicated to doing well. After all, the satisfaction of seeing their students succeed is one of the main reasons why teachers choose this profession! However not every student has access to teachers that are willing and happy to answer many questions or explain concepts at length. In this case, there may be other resources available to you. For example, find good tutoring and ask the teachers there!
Another thing to keep in mind is making your own syllabus dot-point summaries. Synthesise and gather all your knowledge, summarise it and write it onto paper. It is a good idea to submit your notes for review by your class teacher (or after-school tutor) to make sure your knowledge of the course is comprehensive. Going this far may seen daunting, but remember that high marks can only come with hard work.
Conclusion Our top 3 tips for succeeding in HSC sciences are:
Following this general advice will improve most students’ approach to HSC sciences, as these are the main shortcomings of most HSC science students of today.