Geometry is the biggest terror for SSC aspirants. The exclusive notes simplify it using:
Let’s look at anecdotal evidence. On online forums like Telegram, Quora, and YouTube comments, you will find thousands of testimonials. For instance:
The common thread is speed. Not just solving correctly, but solving correctly fast.
Geometry is the foundation of the Advanced Maths section. Focus is on properties and theorems. gagan pratap advance maths complete class notes exclusive
22. If $x = \sqrt6 + \sqrt5$, find the value of $\fracx^2 + 1x^2 - 2$. (A) $2\sqrt30$ (B) $\sqrt30$ (C) $6 + \sqrt30$ (D) $12 + 2\sqrt30$
23. The difference between the compound interest and simple interest on a sum for 2 years at 10% per annum is Rs. 50. Find the sum. (A) Rs. 2000 (B) Rs. 3000 (C) Rs. 4000 (D) Rs. 5000
24. Two chords AB and CD of a circle intersect inside the circle at point E. If AE = 4 cm, EB = 6 cm, and CE = 3 cm, find the length of CD. (A) 11 cm (B) 10 cm (C) 9 cm (D) 8 cm Geometry is the biggest terror for SSC aspirants
25. The maximum value of $\sin \theta + \cos \theta$ is: (A) 1 (B) $\sqrt2$ (C) $\sqrt3$ (D) 2
Competitive exams are multiple-choice. In the notes, 40% of the teaching is dedicated to "Options se Khelna" (Playing with options). He teaches how to put the answer choice back into the question to verify it, saving you minutes per question.
The word "Exclusive" is crucial. Unlike standard textbooks (like R.S. Aggarwal or Kiran Publication), Gagan Pratap’s class notes are not just a collection of questions. They are a cognitive map of how to approach a problem. The common thread is speed
Here is what makes the "Advance Maths Complete Class Notes" exclusive:
Another unique feature of these notes is the heavy reliance on visual memory. Gagan Pratap’s handwritten-style notes often include specific diagrams for Geometry (e.g., Orthocenter, Incenter, Circumcenter) represented through color-coded logic. Furthermore, the notes contain what aspirants call the "Champion’s Chart"—a consolidated page of 50-60 advance formulae that act as a final revision tool.
For example, the approach to Height and Distance problems is reduced to a table of ratios (e.g., for 30°, 45°, 60°). Similarly, Differential and Integral Calculus (which appears in advanced CDS and some SSC Steno exams) is stripped down to simple differentiation of (x^n) and basic integration, avoiding engineering-level complexity while retaining examination relevance.
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