Udemy - Number Theory

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Free Download Udemy - Number Theory
Duration: 8h33m | Video: .MP4, 1920x1080 30 fps | Audio: AAC, 44.1 kHz, 2ch | Size: 1.27 GB
Genre: eLearning | Language: English
Explore, Learn and Master Fundamental Topics in Number Theory
What you'll learn

Have a thorough understanding of Number Theory.
Know different Numbers, Number Sets, Patterns, and Properties.
Know different Number Bases like Binary and Hexadecimal Base and how to do Arithmetics (+, -, x, ÷) in those bases.
Master Factorials, Double Factorials, Factorions, and many other related topics.
Master Divisibility, Divisibility Rules, Euclidean Division Theorem, and many other topics.
Learn Primes, Prime Powers, Factorial Primes, and Euclid's First Theorem.
Know what Fundamental Theorem of Arithmetic is.
Master Modular Arithmetics.
Learn about Finite, Infinite, and Periodic Continued Fractions.
Explore Public Key Cryptography, Diffie-Hellman Protocol, and RSA Encryption.
Requirements
Know basic arithmetic operations like +, -, x and ÷ (including long division)
Know what is a matrix
Description
WHAT IS THIS COURSE ABOUT?
Welcome to a course on
Number Theory
, better called "
Higher Arithmetics
" or "
Queen of Mathematics
". This course will guide you and
enable you to master fundamental topics in Number Theory
.
Number theory is the study of patterns, relationships, and properties of numbers. Studying numbers is a part theoretical and a part experimental, as mathematicians seek to discover fascinating and unexpected mathematical relationships and properties. In this course, you will explore some of those fascinating mathematical relationships and properties and you will learn essential topics that are in the heart of Mathematics, Computer Science, and many other disciplines.
YOU WILL ALSO GET
Lifetime Access
Q&A section with support
Certificate of completion
30-day money-back guarantee
HOW IS IT DELIVERED?
I know visually seeing a problem getting solved is the easiest and the most direct way for a student to learn so I designed the course keeping this in mind. The materials are delivered mostly through videos to make complex subjects easy to comprehend. More details on certain lessons are delivered through text files to provide more explanations or examples. The course is taught in plain English, away from cloudy, complicated mathematical jargons and that is to help the student learn the material rather than getting stuck with fancy words.
HOW DO I LEARN BETTER?
There are quizzes after each section so you can test your knowledge and see how much of the material has sunk in. I suggest you go through each lesson several times to better understand the content.
Who this course is for
Mathematics Computer Science, and IT Students
Anyone interested in understanding the fundamentals of Number Theory, aka, Queen of Mathematics.
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1.27 GB | 00:07:26 | mp4 | 1920X1080 | 16:9
Genre:eLearning |Language:English​

Files Included :

Spoiler

2 - What is Number Theory (12.18 MB)
3 - Number Sets (20.16 MB)
4 - Number Patterns (21.82 MB)
5 - Even Odd Numbers (19.36 MB)
6 - Number Properties (16.36 MB)
7 - Proofs (23.25 MB)
10 - Binary Arithmetics (24.02 MB)
11 - Hexadecimal Base (23.19 MB)
12 - Hexadecimal Arithmetics (35.09 MB)
8 - Number Bases (17.01 MB)
9 - Binary Base (20.29 MB)
13 - Factorial (8.38 MB)
14 - Double Factorial (15.77 MB)
15 - Superfactorial (4.5 MB)
16 - Exponential Factorial (4.42 MB)
17 - Factorion (8.75 MB)
18 - Stirlings Formula (8.18 MB)
19 - Number of Digits (4.94 MB)
20 - Divisibility (12.95 MB)
21 - Divisibility Rules (9.38 MB)
22 - Euclidean Division Theorem (15.45 MB)
23 - GCD LCM (17.44 MB)
24 - Bezouts Identity (15.42 MB)
25 - Perfect Numbers (8.67 MB)
26 - Practical Numbers (21.04 MB)
27 - Amicable Numbers (15.34 MB)
28 - Fibonacci Sequence (23.01 MB)
29 - Tribonacci Sequence (18.73 MB)
30 - Golden Ratio (38.21 MB)
31 - Prime Numbers (66.8 MB)
32 - Fundamental Theorem of Arithmetics FTA (15.69 MB)
33 - Almost Primes (18.76 MB)
34 - Prime Powers (4.35 MB)
35 - Factorial Prime (4.45 MB)
36 - Euclids Theorems (15.2 MB)
37 - the Prime Number Theorem (17.01 MB)
38 - Unsolved Problems (18.9 MB)
39 - NumberEmpire (105.1 MB)
40 - Modular Arithmetics (16.26 MB)
41 - Congruence (32.63 MB)
42 - Congruence Class (54.98 MB)
43 - Residue Systems (9.18 MB)
44 - Quadratic Residues (8.78 MB)
45 - Moduler Operations (13.42 MB)
46 - Inverses (13.35 MB)
47 - Modular Exponentiation (17.69 MB)
48 - Wilsons Theorem (8.65 MB)
49 - Chines Remainder Theorem (23.69 MB)
50 - Fermats Little Theorem (10.16 MB)
51 - Eulers Totient Function (13.19 MB)
52 - EulerFermat Theorem (6.96 MB)
53 - Continued Fractions (15.05 MB)
54 - Negative Continued Fractions (21.88 MB)
55 - Finite Continued Fractions (21.49 MB)
56 - Infinite Continued Fractions (28.75 MB)
57 - Periodic Continued Fractions (26.19 MB)
58 - Convergent (22.82 MB)
59 - Cryptography (24.28 MB)
60 - Early Ciphers (32.18 MB)
61 - Public Key Cryptography (40.91 MB)
62 - RSA Encryption (29.61 MB)
63 - DiffieHellman Protocol (10.28 MB)
64 - Bonus Lecture (38.07 MB)
1 - Introduction (11.4 MB)

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