11:51

NUMBER SYSTEM : Problem 17 : End of Number System

03:57

NUMBER SYSTEM : Problem 16 | Simplify continued

04:23

NUMBER SYSTEM : Problem 15 | Self evaluation for students

04:12

NUMBER SYSTEM : Problem 14 | Simplify continued

02:49

NUMBER SYSTEM : Problem 13 | Simplify 2^1/5 * 2^2/7

06:59

NUMBER SYSTEM : Problem 12 | Plot square root(9.3) on real number line

04:40

NUMBER SYSTEM : Problem 10 | Visualize 3.765 on real number line

01:50

NUMBER SYSTEM : Problem 9 | Check Irrationality of Number 23, 255

02:32

NUMBER SYSTEM : Problem 7 | Three numbers which are non terminating & non recurring

03:43

NUMBER SYSTEM : Problem 6 | Convert 1.27272727... into p/q form

03:55

NUMBER SYSTEM : Problem 5 | Find decimal expansion of 10/3 , 1/7 & 7/8

00:47

NUMBER SYSTEM : Problem 4 | Draw sqrt(5) on real number line

08:15

NUMBER SYSTEM : PROBLEM 3(vi) | Every point on number line is of sqrt(m) form

00:27

NUMBER SYSTEM : Problem 3 (iv) | Every Rational Number is Real Number

00:41

NUMBER SYSTEM : Problem 3 (iii) | Every Rational number is Whole Number

00:52

NUMBER SYSTEM : Problem 3 (ii) | Every Integer Z is whole no W

02:29

NUMBER SYSTEM : Problem 3 (i) | Every Natural no. is Whole no.

02:57

NUMBER SYSTEM : PROBLEM 2 | Find 5 rational numbers between 3/5 & 4/5

02:31

NUMBER SYSTEM : PROBLEM 1 | Is zero a rational number

05:14

(a+b)*(a+b) = a2+b2+ 2.a.b

07:54

Lecture 6: Rationalisation part 2 | NUMBER SYSTEM

04:39

Lecture 5: Rationalisation part 1 | NUMBER SYSTEM

13:20

Lecture 4 : NUMBER SYSTEM | CLASS 9th

14:11

Lecture 2 : NUMBER SYSTEM | CLASS 9th

12:06

Lecture 3 : NUMBER SYSTEM | CLASS 9th | RATIONAL NUMBER & IRRATIONAL NUMBER

10:34

Lecture 1 : NUMBER SYSTEM | CLASS 9th.

25:53

Lecture 8 : Karnaugh map | K-Map | Simplification of Boolean expression

15:07

Lecture 7 : Covering Functions | -ve & +ve Logic System

12:23

Lecture 4: How to Create jar | Build Jar | Utilization of method

24:42

Lecture 6: Functionally Complete Operations | Digital Electronics | FC/PFC/NFC

27:04

Lecture 5: Neutral Function | Self Dual Function | Realization of Boolean expression using Venn

00:52

Channel Trailer

23:31

Lecture 4: Canonical Max Term | Counting Boolean Functions Numerical

27:38

Lecture 3: Consensus theorem | De-Morgan Laws | Canonical Form

17:51

Lecture 2: Boolean Expression | Principle of Duality | Literals

18:10

Lecture 1: Switching Algebra | Boolean Algebra , Variables & Various Operations

09:39

Lecture 2: Overview of OOPS concepts

21:25

Lecture 1: Evolution/History of JAVA Programming Language | ByteCode | JDK/JVM/JRE/JIT

07:25

Asynchronous Mod4 down counter

05:08

Inline functions Vs Preprocessor

08:14

Volatile Qualifier : Embedded C

12:26

Numerical Problem: File Organisation| Primary Index

07:55

Asynchronous counter

04:47

GATE 2007 | CSE | DIGITAL ELECTRONICS

28:47

6. Coin Change Problem - Dynamic Programming

09:15

Optimal Substructure - Prerequisite for Dynamic Programming

10:33

1. What is Dynamic Programming

14:12

5. Ugly Number - Dynamic Programming

29:19

4. Optimal Binary Search Tree - Dynamic Programming

27:19

3. Minimum Edit Distance - Dynamic Programming

29:14

2. 0/1 Knapsack Problem - Dynamic Programming

14:11

String Pattern Matching with Finite Automata

04:48

Horner's Rule for evaluation of F(x), C++ code

03:42

C++ Code for finding Perfect Number

04:09

Perfect Number ( Number Theory )