Convert the binary expansion of each of the following integers to a hexadecimal expansion. The hexadecimal notation of (1111 0110)2 is ( F 6 )16.
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If there are not enough digits on the left side, we can add leading zeros. So, we have the binary number: 1111 0110 1101 0010 Now, we can convert each group of 4 binary digits into its corresponding hexadecimal digit: 1111 = F 0110 = 6 1101 = D 0010 = 2 Show more…
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Convert the hexadecimal expansion of each of these integers to a binary expansion. $\begin{array}{ll}{\text { a) }(80 \mathrm{E})_{16}} & {\text { b) }(135 \mathrm{AB})_{16}} \\ {\text { c) }(\mathrm{ABBA})_{16}} & {\text { d) }(\mathrm{DEFACED})_{16}}\end{array}$
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