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1. Convert following Binary Numbers into Decimal (11010)

1. Convert following Binary Numbers into Decimal (11010)

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Lab Task Use your knowledge of number systems to solve the problem given below (Please show all intermediate steps): 1. Convert following Binary Numbers into Decimal (i) (ii) (11010)2 = ( )10 (110101.11)2 = ( )10 2. Convert the following Hexadecimal Numbers into the base indicated (i) (ii) (B65F)16 = ( )10 (3A6.C)16 = ( )2 3. Convert the following Decimal numbers into the base indicated: (i) (ii) (41.6875)10 = ( )2 )16 (106.16)10 = ( University of leddah 4. Perform the addition (59F)16 + (E46)16: 5. Using 2's complement, perform M-N with the following unsigned binary numbers. Also check the result by performing subtraction directly. N = 1101 N = 10000 N = 10011 M = 11010 (i) (ii) M = 11010 M = 10010 (iii) 6. Search the internet to learn about Gray Code. Write the binary and Gray Code for decimal numbers between 0 and 15. 7. Using 2's complement, perform M- N with the following signed 5-bit binary numbers. Also check the result by performing subtraction directly. N = 01101 N = 10000 (i) M = 11010 (ii) M = 01010 (iii) M = 10010 N = 00001
Transcribed Image Text:Lab Task Use your knowledge of number systems to solve the problem given below (Please show all intermediate steps): 1. Convert following Binary Numbers into Decimal (i) (ii) (11010)2 = ( )10 (110101.11)2 = ( )10 2. Convert the following Hexadecimal Numbers into the base indicated (i) (ii) (B65F)16 = ( )10 (3A6.C)16 = ( )2 3. Convert the following Decimal numbers into the base indicated: (i) (ii) (41.6875)10 = ( )2 )16 (106.16)10 = ( University of leddah 4. Perform the addition (59F)16 + (E46)16: 5. Using 2's complement, perform M-N with the following unsigned binary numbers. Also check the result by performing subtraction directly. N = 1101 N = 10000 N = 10011 M = 11010 (i) (ii) M = 11010 M = 10010 (iii) 6. Search the internet to learn about Gray Code. Write the binary and Gray Code for decimal numbers between 0 and 15. 7. Using 2's complement, perform M- N with the following signed 5-bit binary numbers. Also check the result by performing subtraction directly. N = 01101 N = 10000 (i) M = 11010 (ii) M = 01010 (iii) M = 10010 N = 00001
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