Problem 3 [Conversions] (10 points) (a) Give an example 16-bit non-positional binary representation of a number 1210

(b) Find the binary and hexadecimal representations for a decimal number, 6124510.

(c) In Planet Y, people use a base-Y positional number system for positive integers (Y is a positive integer). If 316base Y = 160base10, determine the value of Y.

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Problem 3 [Conversions] (10 points) [2 points] [4 points] (a) Give an example 16-bit non-positional binary representation of a number 1210. (b) Find the binary and hexadecimal representations for a decimal number, 6124510. (c) In Planet Y, people use a base-Y positional number system for positive integers (Y is a positive integer). If 316base Y = 160base 10, determine the value of Y. [6 points] Problem 3 [Conversions] (10 points) [2 points] [4 points] (a) Give an example 16-bit non-positional binary representation of a number 1210. (b) Find the binary and hexadecimal representations for a decimal number, 6124510. (c) In Planet Y, people use a base-Y positional number system for positive integers (Y is a positive integer). If 316base Y = 160base 10, determine the value of Y. [6 points]

Answer rating: 100% (QA)

a 12 10 convert to binary with base 2 remainder 212 26 0 23 0 21 1 20 1 1100 2 16 bit b... View the full answer