﻿ IIT JEE Maths Video Lectures, Notes & Study Material

# IIT JEE Maths Video Lectures

Our Maths Video Lectures for IIT JEE aims to address all the topics and their related problems keeping in view of all the requirements of IIT-JEE aspirants. There are few tricks which students need to remember while preparing for Maths Paper:

•  Major portion of Maths Paper consists of moderately difficult problems; being followed by easier ones. There are very few high-level difficult questions so; aspirants do not need to be panic as far as Maths is concerned.
•  Always start preparing by strengthening your basics; once your foundation is strong, you can move further to solve more advanced level problems.
• Never compare your preparation with your friends. You should focus on your own strengths and weaknesses and do prepare as per your own pace and needs.
• Do practice mock-test papers and as well as previous year’s question papers. And before attempting the problem, never look into its solution.

About the Course:
Lecture Duration:  approx. 230 Hours
No. of Topics Covered: 50

Topics Covered:

 Subject Module Topic Maths Algebra Equations, Inequations and Expression (Quadratic Equation) Complex Number Sequences and Series, Related Inequalities Permutations and Combination Binomial Theorem for Positive Integral Index Principle of Mathematical Induction Circular Functions and Identities Trigonometry Graph of Trignometric Functions and Trignometric Inequality Solution of trigonometric Equations Properties of Triangle Coordinate Geometry Coordinates and Straight lines Circles Parabola Ellipse Hyperbola Calculus Set Relations and Functions Limit Basic Differentiation Basic Integration Vectors & 3-D Geometry Vectors and Addition of Vectors Product of Two Vectors Introduction of three Dimension Geometry Probability Elementry Probability & Addition theorem of Probability Algebra Matrices Determinants Adjoint and Inverse of a matrix Solution of system of linear Equation Differential  Calculus Relations and Functions Types of functions and Their Graph Inverse Trignometric Functions one-one and onto functions Composite Functions and Inverse of a functios Limits continuity And differentiability Differentiation Second Order Derivatives Application of Derivatives (Rate of change of Quantities) Errors and Approximations Increasing and Decreasing Functions Tangents and Normal Mean Value Theorems (Rolle's and Lagrange's Theorems) Maxima and Minima Integral Calculus Indefinite Integral Definite Integral as a Limit of Sum Basic Properties of difinite integral and Evaluation of difinite integral Application of Integrals (Curve Tracing and Area Bounded) Differential Equation Vectors & 3-D Geometry Vectors and Addition of Vectors Dot Product and Cross Product of Two Vectors and Scalar Tripple product and Vector Tripple Product Points Direction cosines and Direction Ratios Equation of Straight Line in Space Plane Probability Multiplication Theorem of Probability, Conditional Probability, independent Event, Total Probability, Baye's Theorem and Binomial Distribution