### Question:If $ x $ is an int, is the following statement always true?\[ x \& 5 == 5 \text{ implies } (x \ll 29) < 0 \]- ○ True- ○ False### Explanation:This question involves bitwise operations and comparisons. It requires understanding the behavior of bitwise AND (`&`) and left shift (`<<`) operators in binary operations on integers. When analyzing the expression:- **`x & 5 == 5`**: This checks if the bitwise AND of `x` and `5` results in `5`. This means that the last two bits of `x` must be `101` (since 5 is `101` in binary).- **`(x << 29) < 0`**: This expression left shifts `x` by 29 bits, and then checks if the result is less than zero. For the output to be negative, the leftmost bit (which is the sign bit in a 32-bit signed integer) must be `1`.Understanding these operators and their effects on integers is crucial for correctly evaluating whether the statement is true or false.

Answered: if x is an int, is the following…

Engineering

Computer Engineering

if x is an int, is the following statement always true? x & 5= = 5 implies (x<<29) <0 True False

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

See similar textbooks

Similar questions

If the variable x stores the value 8, what will be stored in y after the following statement is executed? y = x / 4 + 12 * 3 A 42 B 36 C 38 D .16
The following statement is incorrect. Write the correct statement. a = (x < 16) : 5 ? 11
Evaluate the following expressions, assume the following declarations: int x = 4 /3 * 2; int y = 9/ 2; int num = 6; num *= x + y; What is the value of the num after expression is evaluated?
Ask the user to enter 2 integers the second one being non-zero. Store these 2 values in int objects named a and b respectively. Use if/else selection statement to do the following: In the case the b is not zero: • compute the integer quotient of a/b and integer remainder a%b store them into q and r. • output these values. In the case that b is zero: • output the message "Division by zero is undefined!" Sample output 1: Enter 2 integers (the second being non-zero): 15 6 15 / 6 2 %3D r 15 % 6 3 Sample output 2: Enter 2 integers (the second being non-zero): 15 0 Division by zero is undefined!
Change Return Program: (Can you create flowchart for the following) The user enters a cost and then the amount of money given. The program will figure out the change and the number of twenty-dollar bills, ten-dollar bills, five-dollar bills, single-dollar bills, quarters, dimes, nickels, pennies needed for the change. You must have the maximum amount of higher denominations possible before allowing for lower denominations. For example, If your change is $18.88, You must have One Ten-dollar bill, One Five-dollar bill, Three singles, Three quarters, One dime and three pennies. There should be no nickels; No three Five-dollar bills etc.
Write a switch statement that tests the value of the char variable response and performs the following actions: if response is Y or y, the message "A request is being processed is printed" if response is N or n, the message "Thank you for your consideration is printed" if response is H or h, the message "Sorry, no help is currently available is printed" for any other value of response, the message "Invalid entry; please try again" T T T T Paragraph 3 (12pt) T Arial ES T T, @ ABC fx Mashups HTML CSS Path: p Words:0
if s=15; t=-6; r=0; u=9; how will evaluate s > t && r < u