01) convert the following: Digital Techniques 1- binary number into decimal (100111)2→()10 2- decimal number to binary by using the sum-of-weights method (198)10 →( )2 3- hexadecimal number to binary (54)16→ ( )2 4- octal number to decimal by repeated division by 8 method (254)s→O10 5- BCD code numbers to decimal (100101111000)BCD→ ( )10 6- Gray code to binary (1000010001)Gray> ( )2
01) convert the following: Digital Techniques 1- binary number into decimal (100111)2→()10 2- decimal number to binary by using the sum-of-weights method (198)10 →( )2 3- hexadecimal number to binary (54)16→ ( )2 4- octal number to decimal by repeated division by 8 method (254)s→O10 5- BCD code numbers to decimal (100101111000)BCD→ ( )10 6- Gray code to binary (1000010001)Gray> ( )2
Chapter22: Sequence Control
Section: Chapter Questions
Problem 6SQ: Draw a symbol for a solid-state logic element AND.
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Transcribed Image Text:01) convert the following: Digital Techniques
1- binary number into decimal (100111)2→( )10
2- decimal number to binary by using the sum-of-weights method (198)10 →( )2
3- hexadecimal number to binary (54)16→( )2
4- octal number to decimal by repeated division by 8 method (254)s→O10
5- BCD code numbers to decimal (100101111000)BCD→( )10
6- Gray code to binary (1000010001)Gray→ ( )2
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