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Lecture 9 - Determining a positive integer is Prime or Composite # Number Theoretic Function #

Lecture 8- Prime and Composite Numbers # Definition and Results #

Lecture 7- Divisibility and its properties

Lecture 6 - The Division Algorithm - Statement and Proof # Examples #

Lecture 6 - Problems of Characteristic Method # Example 2.3#

Lecture 4- Recursion # Sec 1.4 # Example 1.17

Lecture 3- Second Principle of Mathematical Induction ( Strong Version) # Problems

Lecture 2- Problems Related to Well Ordering Principle

PDE- Lecture 5 - The method of Characteristics # Introduction and Geometrical View

Lecture 4- Introduction to the Characteristics Method of Solving a PDE

PDE Lecture 3- First Order Equations- Quasilinear PDE #General form

PDE Lecture 2- Different types of Classification of a PDE# Order# Linear versus Nonlinear

Introduction to a PDE- Lecture 1# General form of a PDE # Well-posedness of a PDE

The eikonal equation- Sec 2.8- PDE

Properties of GCDs- Number Theory

Interval of Definition of Solution to Nonlinear IVP

Interval of Definition- of Solution of linear IVP

Relatively Prime Integers and Duncan's Identity

Greatest Common Divisor- Number Theory

Problems- Sec. 2.4- Differential Equations

Legrange Method for Quasilinear PDE

Polya's Theorem - Number Theory

Lecture 5- Problems of no. of trailing zeros- continued

Lecture 15 - Variation of Parameters Problems - Part 2