Mathematical Formulas For NDA Exam: NDA Exam is just around the block and it must be giving nerves to many of you who want to clear it anyhow. But when it comes to mathematics, many of us have nightmares about it since it is not our strongest point. Maths gives us the chills and we make notes after notes and still aren’t able to score good marks and sometimes, not able to clear the cut-off. If you are going to attempt NDA Exam then the syllabus for the exam must be clear in your mind and the relevant details pertaining to it. NDA exam consists of general ability and maths and here, we will focus on maths exams.
The question paper of Maths is designed in such a manner that your abilities and skills related to the basic knowledge of formulas, calculation and accuracy with proper speed can be judged. 120 questions from the 300 marks for the maths question paper and the duration is very tightly packed of 150 minutes. First of all, you should know the important topics of maths and then shift your focus on the proper strategy and preparation tactics.
TOPICS | MARKS | NO. OF QUESTIONS |
TRIGONOMETRY | 50 | 20 |
VECTOR ALGEBRA | 25 | 10 |
ANALYTICAL GEOMETRY | 50 | 20 |
PROBABILITY AND STATISTICS | 25 | 10 |
ALGEBRA AND VECTOR ALGEBRA | 75 | 30 |
INTEGRAL AND DIFFERENTIAL CALCULUS | 50 | 20 |
TOTAL APPROX. | 300 | 120 |
In order to save your time and manage it accordingly, you should learn and use a variety of mathematical formulas and short tricks. This practice of saving time should be your primary concern as some questions are designed to have big calculations and they consume a lot of your time which may sabotage your plan later. Remember, the maths question paper may not look that hard because it is not but it is time-consuming for sure. So, get ready with the most valuable maths formulas and short tricks.
Maths Formulas For NDA Exam
Let’s have a quick revision of formulas that will help you in clearing the NDA 2023 and NDA 2024 exams and they are mentioned below in a topics wise manner:
- Mensuration
2. Geometry
3. Trigonometry
4. Heights and distances