### Here are **5 tips** on how to score well in your Mathematics exams and tests:

**#1 Practice, practice and more practice!**

Mathematics canâ€™t be based on just memorizing formulae or reading. Each problem has its own characteristics and must be tackled in a unique way.

Practice is the only way to be sure you will know what to do. In Mathematics, there is no escape from the need to do lots of Mathematics questions so that you understand how to answer them.

**#2 Write down all the steps/working**

Examination marking includes marks for method (M). Accuracy marks (A) can only be awarded if the relevant method marks (M) have been earned.

In other words, a correct answer will receive zero marks if the working is not shown clearly.

Remember to write down all the workings of every solution.**#3 Take care of how the final solution is displayed**

Always read questions very carefully and make sure you understand exactly what the question is asking you to do â€“ and then do it!

Be very careful when you are writing solutions to use the value or format that is stated in the question â€“ significant figures, decimal places,

exact values etc. Giving the wrong form of the solution will mean you lose accuracy marks (A).**#4 Check the validity of the solutions**

Not all solutions are the final answer, as there may be a condition in the question or concept. For example in logarithms, only certain values are acceptable.

Solutions that are not valid need to be rejected in order to earn full marks.**#5 Double-check your work**

Algebra calculation errors are very common. One wrong digit or sign will lead to many marks being lost. To reduce this error, double-check all your working and your solution.

### Watch out for these **5 common mistakes** in your answers:

**Â #1 (A+B)Â²= AÂ²+ BÂ²**

This is a common mistake among students. They tend to square the terms individually.

The correct answer is (A+B)Â²=(A+B)(A+B) which gives AÂ²+2AB+BÂ².

**#2 The solution for axÂ²= b** **where a and b ****are**** constant****s**

Example question: xÂ²= 4. The common mistake is x=2. There are two possibilities because 2Â²=4 or (-2)Â²=4.

So when solving an even power question there will be positive and negative solutions. The correct answer is x=Â±2.

**#3 The set of answer****s**** for quadratic inequality **

Example question: xÂ² > 4. The common mistake is x>Â±2 where students did not sketch a graph to determine the range of the solution.

For all quadratic inequalities, a graph is needed. Sketching a graph shows clearly that the correct answer is x<-2 or x>2.

**#4 The angle unit for trigonometry questions (radian / degree)**

Be cautious when a trigonometry question asks about an angle unit.

Remember to change the mode of the calculator according to the question. This will lead to different solutions.

**#5 ****âˆš****(xÂ² yÂ² )=****âˆš****(xÂ² )Ã—****âˆš****(yÂ²**

Students often confuse this up with âˆš(xÂ² yÂ² )=âˆš(xÂ² )Ã—âˆš(yÂ²).

If you check this using numbers âˆš(5Â²+2Â²) is not equal to âˆš(5Â²)+âˆš(2Â²). Therefore the correct answer is âˆš(xÂ²Â±yÂ²)â‰ âˆš(xÂ²)Â±âˆš(yÂ²).