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Mathematics: Paper 2 Section B 8000 9500

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Static subject: Whole syllabus of Mathematics is static. So, is no need to constantly update your knowledge, just need to revise.

High scoring: This is one of the rarest Optional Subjects, scoring 330+ Marks is highly possible.

Reference Books: For every Chapter and every Topic of the Syllabus, Reference Books are available and all the Problems in those books are solved.

Directly Picked Questions: Almost all the questions in the Exam are directly picked from the regular reference books.

Perfection through Practice: as the syllabus is Static and Reference books are available for all the Topics, multiple revisions will make preparation near Perfect.

Certainty: Even one could not get good marks in the first attempt, can increase score in a subsequent attempt.

Good Impression: Creates a good impression at the interview board members, for opting a science optional and it shows adversities are not going to hamper the Duties and Motto.

Repetition of Questions: Previous Year’s questions are also repeated many times.

Easy paper: The difficulty level of Mathematics paper is quite moderate and almost all questions are directly picked from the standard textbooks.

1 PARTIAL DIFFERENTIAL EQUATIONS (PDE) 1. FORMATION OF PDE, ARBITARY FUNCTIONS & 
    2. LAGRANGE METHOD - INTEGRAL SURFACE
    3. NON-LINEAR PDE, CARPETS METHOD, CAUSHY'S METHOD
    4. LINEAR PDE WITH CONSTANT COEFFICIENTS
    5. NON-HOMOGENEOUS PDE WITH CONSTANT COEFFICIENTS
    6. APPLICATION OF PDE - WAVE EQUATION,
   HEAT EQUATION & LAPLACE EQUATIONS
    7. CANONICAL FORMS
     
2 NUMERICAL ANALYSIS AND COMPUTER PROGRAMMING 1. INTERPOLATION
    2. ALGEBRAIC AND TRANSCENDENTAL EQUATIONS OF
    ONE VARIABLE BY BISECTION
    3. REGULA-FALSE AND NEWTON-RAPHSON METHODS
    4. GAUSSIAN ELIMINATION AND GAUSS-JORDAN (DIRECT),
    GAUSS-SEIDEL(ITERATIVE) METHODS
    5. NUMERICAL INTEGRATION: TRAPEZOIDAL RULE, SIMPSON’S RULES,
    GAUSSIAN QUADRATURE FORMULA
    6. NUMERICAL SOLUTION OF ORDINARY DIFFERENTIAL EQUATIONS:
    EULER AND RUNGA KUTTA-METHODS
     
3 FLUID DYNAMICS 1. KINEMATICS OF FLUIDS - 1
    2. KINEMATICS OF FLUIDS - 2
    3. EQUATION OF MOTION - 1
    4. EQUATION OF MOTION - 2
    5. SOURCES AND SINKS - 1
    6. SOURCES AND SINKS - 2
    7. SOURCES AND SINKS - 3
    8. MOTION OF CYLINDER, MOTION OF SPHERES
    9. VERTEX MOTION - 1
    10. VERTEX MOTION - 2
    11. VERTEX MOTION(BOUNDARIES) - 1
    12. VERTEX MOTION(BOUNDARIES) - 2
  MECHANICS 1. MOMENT OF INERTIA - 1
    2. MOMENT OF INERTIA - 2
    3. MOMENT OF INERTIA - 3
    4. D'ALEMBERTS, 2-D MOTION - 1
    5. D'ALEMBERTS, 2-D MOTION - 2
    6. LAGRANGIAN
    7. HAMILTONIAN

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faculty details

Mr. Srikanth

subject : Mathematics

experience : 15 Years

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