convert between character strings and their octal representations an.pdf
convert between character strings and their octal representations an.pdf
convert between character strings and their octal representations and perform logical operations on hexadecimal numbers. The following is a randomly generated exercise and is different for each user. Convert this string into its octal representation, one number per character... "ginseng" : Convert from this octal number to the equivalent string 142,145,143,157,155,145 : Perform a logical AND operation on this hex value... 0x6863 AND 0x9C91 => 0x52E6 AND 0xA2F9 => Perform a logical OR operation on this hex value... 0xB7E0 OR 0x5A27 => 0xE79E OR 0x0F55 => Perform a logical XOR operation on this hex value... 0xEB7F XOR 0xF6AC => 0x9ACF XOR 0xF91B => Perform a logical AND operation on this hex value... 0xF306 AND 0x5073 => 0x4063 AND 0xE500 => Using the Logisim circuit simulator, draw a working circuit for a 4 input selector as shown in the diagram below. This circuit on page 7 of lecture 2.1B: In your logisim circuit A, B, C, D, and S0, S1, S2, S3 must be single bit inputs, X must be single bit output. Your Logisim circuit page must have a Logisim label (using the Logisim text tool) on the circuit page showing your name and student number..
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convert between character strings and their octal representations an.pdf
- 1. convert between character strings and their octal representations and perform logical operations on hexadecimal numbers. The following is a randomly generated exercise and is different for each user. Convert this string into its octal representation, one number per character... "ginseng" : Convert from this octal number to the equivalent string 142,145,143,157,155,145 : Perform a logical AND operation on this hex value... 0x6863 AND 0x9C91 => 0x52E6 AND 0xA2F9 => Perform a logical OR operation on this hex value... 0xB7E0 OR 0x5A27 => 0xE79E OR 0x0F55 => Perform a logical XOR operation on this hex value... 0xEB7F XOR 0xF6AC => 0x9ACF XOR 0xF91B => Perform a logical AND operation on this hex value... 0xF306 AND 0x5073 => 0x4063 AND 0xE500 => Using the Logisim circuit simulator, draw a working circuit for a 4 input selector as shown in the diagram below. This circuit on page 7 of lecture 2.1B: In your logisim circuit A, B, C, D, and S0, S1, S2, S3 must be single bit inputs, X must be single bit output. Your Logisim circuit page must have a Logisim label (using the Logisim text tool) on the circuit page showing your name and student number.