- 3m
- 5m
- 3. Introduction to Types of Computer Number System (Revision) 7m
- 4. Conversions RoadMap 3m
Master Number System Conversions in 2.5 hours
About this course
* The course basically teaches how to convert numbers in one base (decimal, binary, octal & hexadecimal) to other base (decimal, binary, octal & hexadecimal).
* Using animation in power point, conversions are shown step by step in an interesting way that retains students attention
* The course not only shows number conversion for whole number but it also shows conversions for floating point numbers as well.
* Lots of examples are provided dealing with integers as well as fractional numbers to master conversions.
* For those student who are unfamiliar with number systems, brief summary is provided in the start to help them in revising the basics
* Course duration is only 2.5 hours so consequently students can cover conversions in one week if given sufficient time to the course.
* The Course offers 3 assignments and a quiz to revise the concepts taught in the course in an efficient way
* Power point slides are provided in the resources section of the course
The course covers following conversions
Binary to decimal and decimal to binary
Binary to octal and octal to binary
Binary to Hexadecimal and hexadecimal to binary
Decimal to binary and binary to decimal
Decimal to octal and octal to decimal
Decimal to hexadecimal and hexadecimal to decimal
Octal to binary and binary to octal
Octal to decimal and decimal to octal
Octal to hexadecimal and hexadecimal to octal
Hexadecimal to binary and binary to hexadecimal
Hexadecimal to decimal and decimal to hexadecimal
Hexadecimal to octal and octal to hexadecimal
What you'll learn
- Computer science, programming, engineering, maths or electronics students who want to learn number conversions.
Who this course is for
- People who want to learn mathematical numerical systems
Requirements
- Students should know what are the four main number systems in computer, what is binary & units of data... although i revised these topics in the start for those who do not have pre-requisite knowledge
Curriculum
33 Lessons • 1h 57m estimated learning time- 1. Make Table used for conversions 9m
- 2. Octal to Binary Conversion (whole number example) 3m
- 3. Octal to Binary Conversion (floating point number example) 3m
- 4. Binary to Octal Conversion ( whole number example ) 4m
- 5. Binary to Octal Conversion (floating point number example) 4m
- 1. Make Table used for conversions 8m
- 2. Hexadecimal to Binary Conversion ( whole number example ) 3m
- 3. Hexadecimal to Binary Conversion ( Floating point number example) 3m
- 4. Binary to Hexadecimal Conversion ( whole number example ) 5m
- 5. Binary to Hexadecimal Conversion ( floating point number example ) 3m
- 1. Octal to Hex & Hex to Octal Introduction 1m
- 2. Octal to Hexadecimal Conversion : Octal to Binary & Binary to Hex Example 6m
- 3. Hexadecimal to Octal Conversion : Hex to Binary & Binary to Octal (Example) 6m
- 1. Decimal to Other Bases (whole numbers) : Introduction 2m
- 2. Decimal to Binary ( whole numbers ) 4m
- 3. Decimal to Octal ( whole numbers ) 3m
- 4. Decimal to Hexadecimal ( whole numbers ) 2m
- 5. Decimal to Other Bases (Floating Point Numbers) 1m
- 6. Decimal to Binary (Floating Point Numbers) 4m
- 7. Decimal to Octal (Floating Point Numbers) 3m
- 8. Decimal to Hexadecimal (Floating Point Numbers) 5m
- 9. Decimal to Binary (Whole plus floating part number) 5m
- 10. Decimal to Octal (Whole plus floating part number) 2m
- 11. Decimal to Hexadecimal (Whole plus floating part number) 3m
- 1. Other Bases to Decimal : Introduction 1m
- 2. Binary to Decimal Conversions (Whole plus floating point number example) 8m
- 3. Octal to Decimal Conversions (Whole plus floating point number example) 6m
- 4. Hexadecimal to Decimal Conversions (Whole plus floating point number example) 6m
- 1. Course Summary 3m
- 0.00 instructor rating
- 1 courses
- Systems students worldwide
Sara Naseem
Learn from DragonZap instructors with practical, build-first lessons focused on systems, low-level programming, compilers, kernels, and real-world engineering fundamentals.
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