Suppose that x and y have byte values Ox66 and Ox39, respectively. Fill in the following blank indicating the byte value of C expression in hex format: x & !y = Ox_______ x &&-y = Ox_ A

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
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**Exercise: Evaluating Byte Values in Hexadecimal Format**

**Problem Description:**
Suppose that x and y have byte values 0x66 and 0x39, respectively. Fill in the following blank indicating the byte value of C expression in hex format:

**Expression 1:**
`x & !y = 0x_____`

**Expression 2:**
`x && ~y = 0x_____`

Below each expression, there is a blank space for the answer, accompanied by a small checkmark icon to indicate when the correct response is entered. The blank space is intended to be filled with the hexadecimal result of the evaluated expression. 

Try solving the problems by first understanding the logical operators used:

1. `&` is the bitwise AND operator.
2. `!` is the logical NOT operator.
3. `&&` is the logical AND operator.
4. `~` is the bitwise NOT operator.

After solving, enter your answers in the respective blanks in hexadecimal format (prefixed with 0x).
Transcribed Image Text:**Exercise: Evaluating Byte Values in Hexadecimal Format** **Problem Description:** Suppose that x and y have byte values 0x66 and 0x39, respectively. Fill in the following blank indicating the byte value of C expression in hex format: **Expression 1:** `x & !y = 0x_____` **Expression 2:** `x && ~y = 0x_____` Below each expression, there is a blank space for the answer, accompanied by a small checkmark icon to indicate when the correct response is entered. The blank space is intended to be filled with the hexadecimal result of the evaluated expression. Try solving the problems by first understanding the logical operators used: 1. `&` is the bitwise AND operator. 2. `!` is the logical NOT operator. 3. `&&` is the logical AND operator. 4. `~` is the bitwise NOT operator. After solving, enter your answers in the respective blanks in hexadecimal format (prefixed with 0x).
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