What are Digital Codes? Explain the purpose and mechanism of the following digital codes that for which purpose it can be used? (I) BCD Code (II) Gray Code (III) ASCII Codes and Uni-Codes.
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Q: 4. What are the different binary codes? Briefly describe each.
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What are Digital Codes? Explain the purpose and
(I) BCD Code (II) Gray Code (III) ASCII Codes and Uni-Codes.
*Once you able to explain then write the names and mechanism of other digital codes rather than the aforementioned codes along with the examples?
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- zhat are Digital Codes? Explain the purpose and mechanism of the following digital codes that for which purpose it can be used? (I) BCD Code (II) Gray Code (III) ASCII Codes and Uni-Codes.A) Using the floating point format from number 2 (5 bit significand, 5 bit exponent), represent 47 as accurately as you can? B) What number is really represented and why? Can anyone answer these questions based on the the solution above.1. Based on your perspective, briefly discuss the structure of the different types of binary codes. Weighted Codes - 8421 Code/BCD Code 2421 Code 5211 Code Non-Weighted Codes - Excess 3 Code - Gray Code - Reflective Codes - Sequential Codes -
- What is ASCII used for?What is the advantage of using Gray code encoding in certain applications?Can someone please explain to me in simplest terms what encoding is?a) A digital computer stores all kinds of data (text, numbers, images, audio and video) in binary (base 2) instead of decimal (base 10), which we human beings are used to. Explain why this is the case and discuss the different binary representations that are used for this. b) An 8-bit binary number is used to represent an analog value in the range from 150 ounces to 700 ounces, determine the resolution of the system and interprete your result. c) Discuss why you would use Binary Coded Decimal (BCD) in representing decimal values instead of using true binary representation. Represent the following decimal numbers in BCD.i) 924510 ii) 206710 iii) 546810 iv) 756410
- Create a list, with short descriptions of each, of relevant attributes that may be used to assess or compare the different digital-to-digital encoding methods.2. What is the function of differential encoding?4. What are the different binary codes? Briefly describe each.Is a working understanding of binary numbering required to be a professional in the field of information technology? Can you think of any other five reasons why knowing binary can be important in the information technology business, in addition to the examples that have been provided in this chapter (ASCII/Unicode, bitmaps, and netmasks)?
- 9. Answer the following questions about IEEE 754 32-bit single precision numbers. a. Draw a diagram of the number format. b. What’s the range of numbers that can be represented? c. What’s meant by normalization? d. What’s the implied bit? e. What’s meant by exponent overflow and underflow? f. What’s meant by significand overflow and underflow? g. How’s + ∞ represented? h. How would he following numbers be represented? i. 1.6328125 x 2^-20 ii. 1.6328125 x 2^20 iii. -1.6328125 x 2^-20 iv. -1.6328125 x 2^20Short Answers type questions: Q. What is The Short form of Extended Binary Coded Decimal Interchange Code in Computer Science?1) Explain about the Encoding techniques of line encoding with example? 2) Explain about the further types of polar encoding bt using example?