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Convert the decimal number 35710into its binary number equivalent. Convert the decimal number 35710into its octal number equivalent. Convert the decimal number 35710into its hexadecimal number equivalent. Convert the following Binary number 11010101110011112 into its Hexadecimal number equivalent. Convert the following Binary number 11010101110011112into its octal number equivalent.

Convert the decimal number 35710into its binary number equivalent. Convert the decimal number 35710into its octal number equivalent. Convert the decimal number 35710into its hexadecimal number equivalent. Convert the following Binary number 11010101110011112 into its Hexadecimal number equivalent. Convert the following Binary number 11010101110011112into its octal number equivalent.

Electric Motor Control
Electric Motor Control
10th Edition
ISBN:9781133702818
Author:Herman
Publisher:Herman
Chapter22: Sequence Control
Section: Chapter Questions
Problem 6SQ: Draw a symbol for a solid-state logic element AND.
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  1. Convert the decimal number 35710into its binary number equivalent.
  2. Convert the decimal number 35710into its octal number equivalent.
  3. Convert the decimal number 35710into its hexadecimal number equivalent.
  4. Convert the following Binary number 11010101110011112 into its Hexadecimal number equivalent.
  5. Convert the following Binary number 11010101110011112into its octal number equivalent.
  6. Convert the octal number 23228to its decimal number equivalent, (base-8 to base-10).
  7. Convert the octal number 23228to its hexadecimal number equivalent, (base-8 to base-16).
  8. Convert the decimal number 11510into its binary number equivalent.
  9. Convert the decimal number 11510into its octal number equivalent.
  10. Convert the decimal number 11510into its hexadecimal number equivalent.
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