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This document covers logic and binary concepts for an Arduino workshop. It discusses binary representation, converting decimal to binary, binary addition and subtraction, and the logic gates AND, OR, and NOT. Examples are provided for binary operations and each of the logic gates.
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Mule event processing models | MuleSoft Mysore Meetup #47
3. logic 101
- 1. Created By: IEEE MIU SB Academic Committee Arduino Workshop 1
- 2. PART 3: LOGIC 101 2
- 3. Binary Representation Binary is a base-2 number system that uses two mutually exclusive states to represent information 3
- 4. Converting Decimal to Binary 4
- 6. Operations: Subtraction (2/2) 6 ex. 37 – 20 37d 0100101b , 20d 010100b -20b 101100 37-20=37+(-20)=17d 10001b Example A. (+36) +(+76) B. (-106)-(+39)
- 7. Gates: AND (1/3) 7 Logical (Boolean ) expression Logic Symbol Truth Table
- 8. Gates: AND (1/3) 8 Example
- 9. Gates: OR (2/3) 9 Logical (Boolean ) expression Logic Symbol Truth Table
- 10. Gates: AND (2/3) 10 Example
- 11. Gates: NOT (3/3) 11 Logical (Boolean ) expression Logic Symbol Truth Table