Binary Lesson 4a Hexadecimal and Binary Practice2.

Slides:

Advertisements

Similar presentations

Binary Lesson 4 Hexadecimal and Binary Practice. Counting to 15 Base Base Base 16 Base Base Base 16 Two Ten (Hex) Two Ten (Hex)

Advertisements

Binary Lesson 3 Hexadecimal. Counting to 15 Base Base Base 16 Base Base Base 16 Two Ten (Hex) Two Ten (Hex)

1 3 Computing System Fundamentals 3.5 Data Representation.

IClicker Questions CNIT 201E Modified After 4.1.

Digital to Analog (D/A) Converter Discussion D2.2.

Number Systems Discussion D4.1 Appendix C. Number Systems Counting in Binary Positional Notation Hexadecimal Numbers Negative Numbers.

Introduction to Computer Engineering by Richard E. Haskell Number Systems Module M3.1 Sections

Digital to Analog (D/A) Converter Discussion D2.2.

Number Systems and Codes Discussion D4.1. Number Systems Counting in Binary Positional Notation Hexadecimal Numbers Negative Numbers.

CISCO NETWORKING ACADEMY Chabot College ELEC 74A Hexadecimal Introduction.

Number Systems.

Information & Communication Technology

How to ? Subnetting. Scenario How Many Networks? 2 How Many Network addresses are required? 2 Addresses Used: subnet mask

TCP/IP Protocol Suite 1 Change the following IP addresses from binary notation to dotted-decimal notation. a b

Binary Lesson 5.5 Usable Addresses Class A, B, and C.

Title NUMERIC SYSTEMS USED IN NETWORKING NUMERIC SYSTEMS USED IN NETWORKING.

1 Pertemuan 2 Network Math. Discussion Topics Binary presentation of data Bits and bytes Base 10 number system Base 2 number system Converting decimal.

Number System. Number Systems Important Number systems – Decimal – Binary – Hexadecimal.

Converting From decimal to Binary & Hexadecimal to Binary

1 Press Ctrl-A ©G Dear 2010 – Not to be sold/Free to use Converting Bits and Bytes Stage 6 - Year 11 Applied Mathematic (Preliminary General 1)

Saeed Darvish Pazoki – MCSE, CCNA IP Subnetting 1.

Chapter 2 Number Systems: Decimal, Binary, and Hex.

Chapter 2 Bits, Data Types, and Operations. 2-2 Hexadecimal Notation It is often convenient to write binary (base-2) numbers as hexadecimal (base-16)

Working with 8-bit bytes and hexadecimal

Hexadecimal Data Representation. Objectives  Know how the Hexadecimal counting system works  Be able to convert between denary, binary & hexadecimal.

Binary Lesson 6.1 Classful Subnetting 2

Binary Lesson 10 Powers of 2. Base Ten The number 147 means The number 147 means 1 x x x x

Binary Lesson 9 Supernetting

Binary Lesson 5 Counting. Powers of 2 One bit has 2 possible values (2^1) One bit has 2 possible values (2^1) 0 or 1 0 or 1 Two bits have 4 possible values.

Teaching Subnetting Sam Bowne City College San Francisco Web: samsclass.info

Binary Lesson 1 Nybbles. Base Ten Normal Numbers Normal Numbers Each place has one of these values: Each place has one of these values:

Arithmetic Chapter 4 Subject: Digital System Year: 2009.

Number Systems. Topics  The Decimal Number System  The Binary Number System  Converting from Binary to Decimal  Converting from Decimal to Binary.

The Hexadecimal System is base 16. It is a shorthand method for representing the 8-bit bytes that are stored in the computer system. This system was chosen.

After 6.1. What is 69 in binary? A B C D E of 6.

CMSC 1041 Binary / Hex Binary and Hex The number systems of Computer Science.

Binary Lesson 4 Hexadecimal and Binary Practice Modified for IPv6.

Base 16 (hexadecimal) Uses the decimal digits and the first letters of the alphabet to encode 4 binary bits (16=2 4 ) abcdef or ABCDEF.

IClicker Questions CNIT 201E. After 3.2 What OSI Model Layer performs encryption? A.Application B.Presentation C.Session D.Transport E.Some other layer.

Decimal Numbers.

Unit 2.6 Data Representation Lesson 1 ‒ Numbers

Consider this number: , Ones (7 ones) Tens (no tens)

Discrete Mathematics Numbering System.

Unit 18: Computational Thinking

Binary Lesson 1 Nybbles.

Binary Lesson 5 Classful IP Addresses

Binary Quiz UIN: ____________________

Binary Lesson 1 Nybbles.

Number Systems Base 2, 10, 16.

Binary Lesson 1 Nybbles.

Unit 2.6 Data Representation Lesson 1 ‒ Numbers

Creating Subnets – Network Requirements

Binary Lesson 3 Hexadecimal

Binary Lesson 2 Bytes.

Binary Lesson 5.5 Usable Addresses Class A, B, and C

Binary Lesson 8a IPv6 Addresses: Hexadecimal

Binary, Octal and Hex Numbers Copyright Thaddeus Konar

Binary Lesson 6 Classful Subnetting

Binary Lesson 2 Bytes.

Binary Lesson 3 Hexadecimal

Binary Lesson 3 Hexadecimal

Binary Lesson 2 Bytes.

Binary Lesson 8 Review of Classful Addressing and Subnetting

Binary Lesson 8 IPv6 Addresses: Hexadecimal

Binary Lesson 3 Hexadecimal

Binary Lesson 4 Hexadecimal and Binary Practice

Binary Lesson 4 Hexadecimal and Binary Practice

Binary Lesson 1 Nybbles.

Binary Lesson 7 Review of Binary and Hexadecimal

Binary Lesson 1 Nybbles.

Presentation transcript:

Binary Lesson 4a Hexadecimal and Binary Practice2

Counting to 15 Base Base Base 16 Base Base Base 16 Two Ten (Hex) Two Ten (Hex) A A B B C C D D E E F F

Four Bits Make a Nybble A nybble can be represented by one hexadecimal digit Values from 0 to 15, or 0 to F 8s 4s2s1s

Eight Bits Make a Byte So this number is = 153 8s4s2s1s8s4s2s8s4s1s2s8s4s 16s32s 128s 64s16s32s64s16s32s One nybble: 0 through F One nybble: 0 through F

Two hexadecimal digits make a byte So this number is $99 = 9* = = 153 One nybble: 0 through F # of 16s One nybble: 0 through F # of 1s

Binary iClicker Questions

What is 24 in hexadecimal? A.$14 B.$24 C.$20 D.$18 E.$16 1 of 11

What is $40 in decimal? A.96 B.100 C.40 D.64 E.60 2 of 11

What is 112 in hexadecimal? A.$B2 B.$40 C.$70 D.$84 E.$6C 3 of 11

What is 212 in hexadecimal? A.$D0 B.$C2 C.$E2 D.$D4 E.$E0 4 of 11

Convert this binary number to hexadecimal: A.$D3 B.$A3 C.$E7 D.$D9 E.$D5 5 of 11

What is the highlighted IP Address? A B C D E.Something else 6 of 11

Convert this IP address to hexadecimal: A.B0 A8 01 A1 B.C0 A C.C0 A D.C0 A8 01 6F E.Something else 7 of 11

Convert this IP address to binary: A B C D E.Something else 8 of 11

Convert this IP address to binary: A B C D E.Something else 9 of 11

Convert this IP address to binary: A B C D E.Something else 10 of 11

Convert this subnet mask to binary: A B C D E.Something else 11 of 11