Dinesh Prasanth R
Madurai/Online
Skills
About
Dinesh Prasanth R holds a B.Sc. and M.Sc. in his field of study, along with a Master's degree. With two years of teaching experience, he has developed a strong understanding of how...
Dinesh Prasanth R
Madurai/Online
Skills :
Dinesh Prasanth R holds a B.Sc. and M.Sc. in his field of study, along with a Master's degree. With two years of teaching experience, he has developed a strong understanding of how...
Courses by: Dinesh Prasanth R
IIT JEE Mathematics Mains - Dinesh Prasanth R
Fundamental concepts 1
Sets and Function
Linear equations and inequations
Sequence and series
Fundamental concepts 2
Binomial Theorem
Permutations and Combinations
Complex number
Matrices and determinants
Calculus
Limit, Continuity and Differentiability
Application of Derivative
Indefinite and definite Integral
Differential equation
Geometry and Trigonometry
Coordinate geometry
Vector algebra
Trigonometry identities
Inverse trigonometry function
Probability
Bayes Theorem
Statistics
Practice and Mock Tests
Tricky Problems
Topic wise problem solving
Mock Test
IIT JAM Mathematics - Dinesh Prasanth R
Fundamental Concept
Sets and Functions
Differential Equations
Exact Differential Equations: Identifying exact equations and using the Integrating Factor method to solve non-exact ones.
Second-Order LDE with Constant Coefficients: Solving for the Complementary Function (CF) and finding the Particular Integral (PI) (using variation of parameters or method of undetermined coefficients).
Calculus
These topics require strong problem-solving skills, particularly with integration and ODEs.
Mean Value Theorems (Rolle's & Lagrange's): Application of these theorems and understanding their geometric interpretation.
Multivariable Maxima/Minima: Finding critical points and using the Second Derivative Test (Hessian matrix) to classify them.
Change of Order of Integration: Mastering the process of changing the limits in double integrals (a very common question type).
Real Analysis
Sequences and Series: This section tests your ability to handle rigorous proofs and application of convergence tests.
Bolzano-Weierstrass Theorem: Understanding the existence of a convergent subsequence for any bounded sequence.
Convergence Tests (Ratio & Root): Quick application of the Ratio Test for factorials/exponential terms and the Root Test for terms involving n-th powers.
Absolute vs. Conditional Convergence: Distinguishing between the two and applying the Leibniz Test for alternating series.
Power Series: Radius of Convergence: Calculating the radius and interval of convergence using the ratio or root test.
Linear Algebra
This is often the most scoring section, focusing on computation and key theorems.
Vector Spaces: Basis and Dimension: Testing for linear independence and finding the basis for the Null Space and Range Space.
Rank-Nullity Theorem: Understanding the relationship: Rank(T)+Nullity(T)=Dimension (Domain).
Eigenvalues, Eigenvectors & Diagonalization: Finding characteristic polynomials, properties of eigenvalues (trace, determinant), and conditions for Diagonalizability.
Cayley-Hamilton Theorem: Using the theorem p(A)=0 for quick matrix calculations (e.g., finding Inverse of A).
Systems of Linear Equations: Consistency conditions for Ax=b (Rank[A] = Rank[A|b]).
Location
7F, Ismailpuram 10th street munichalai road madurai, Madurai, Tamil Nadu
Locate on Google map