Consider the following two functions: funA: movq $0x5, %rax leaq (%rax, %rax), %rax retq funB: movq $5, %rax addq %rax, %rax retq What is true about these two functions? A. funA returns the value of memory stored at the address in rax, funB returns 10 B. funA returns the value of memory stored at the address (2*rax), funB returns 10 C. funA and funB move different immediates into rax D. funA and funB both return 5 O E. funA and funB both return 10

Consider the following two functions: funA: movq $0x5, %rax leaq (%rax, %rax), %rax retq funB: movq $5, %rax addq %rax, %rax retq What is true about these two functions? A. funA returns the value of memory stored at the address in rax, funB returns 10 B. funA returns the value of memory stored at the address (2*rax), funB returns 10 C. funA and funB move different immediates into rax D. funA and funB both return 5 O E. funA and funB both return 10

Name: Consider the following two functions:funA:movq $0x5, %raxleaq (%rax,
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Description: Consider the following two functions:funA:movq $0x5, %raxleaq (%rax, %rax),retqfunB:movq $5, %raxaddq %rax, %raxretq%raxWhat is true about these two functions?A. funA returns the value of memory stored at the address in rax, funB returns 10B. funA r

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

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Define and Implement the following functions: float Area_Rect(float length, float width) - returns the computed area of a rectangle where: AR=length x width float Peri_Rect(float length, float width) - returns the computed perimeter of a rectangle where: pR= 2 x (L+W); float Diag_Line(float length, float width) - returns the computed diagonal line of a rectangle using the formula: dLine= sqrt(length x length+width x width) float Area_Tria(float length,float width) - returns the computed area of a triangle: aT= (length x width)/2 Create a function main() that will accept inputted values for the length and width of a rectangle. Invoke each functions given above and print the returned value of each function.
Mdt ɔɔ 9Create the matrix (M) below using as little code as possible. You should use multiple built-in functions. M= 6.0000 19.5000 33.0000 6.0000 19.5000 33.0000 9.0000 9.0000 9.0000 9.0000 9.0000 9.0000 5.0000 -1.0000 -7.0000 5.0000 -1.0000 -7.0000 6.0000 19.5000 33.0000 6.0000 19.5000 33.0000 9.0000 9.0000 9.0000 9.0000 9.0000 9.0000 5.0000 -1.0000 -7.0000 5.0000 -1.0000 -7.0000 Now within the script use MATLAB commands to make the following changes to the matrix. Include comments in your script to separate the parts. a. Change the four numbers in the center of matrix M to one. b. Divide the bottom half of the matrix by 4. c. Multiply the top half of the matrix by 4. d. Delete the last column of the matrix. e. Create a new matrix C from first, third, and fifth column of the second and fourth rows of M. f. Sort each column of C in descending order. Calculate the following equation: 45 C* + C D=-
Question Asked Jul 9, 2020 3 views Python Programming- Computer-Assisted Instruction Part 1: Computer-Assisted Instruction (CAI) refers to the use of computers in education. Write a script to help an elementary school student learn multiplication. Create a function that randomly generates and returns a tuple of two positive one-digit integers. Use that function's result in your script to prompt the user with a question, such as: How much is 6 times 7? For a correct answer, display the message "Very good!" and ask another multiplication question. For an incorrect answer, display the message "No. Please try again." and let the student try the same question repeatedly until the student finally gets it right. Then, modify the program so that various comments are displayed for each answer. Possible responses to a correct answer should include 'Very good!' , 'Nice work!' and 'Keep up the good work!' Possible responses to an incorrect answer shojld include 'No. Please try again.' ,…
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a. Write a function that accepts the address of an integer and returns the sum of numbers from 1 up to the actual value in the address.b. Create a main function with variable a=10.c. Call the function in (a) using variable
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In case of pass by reference The values of those variables are passed to the function so that it can manipulate O them The location of variable in memory is passed to the function so that it can use Q the same memory area for its processing Both of above O None of above O n
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IN SCALA PLEASE COULD YOU COMPLETE THE FUNCTIONS: is_pow_of_two, is_hard, last_odd //(1) Complete the collatz function below. It should // recursively calculate the number of steps needed // until the collatz series reaches the number 1. // If needed, you can use an auxiliary function that // performs the recursion. The function should expect // arguments in the range of 1 to 1 Million. def collatz(n: Long) : Long = { if(n == 1) 0else if(n % 2 == 0) 1 + collatz(n/2) else1 + collatz(n*3 + 1) } //(2) Complete the collatz_max function below. It should // calculate how many steps are needed for each number // from 1 up to a bound and then calculate the maximum number of // steps and the corresponding number that needs that many // steps. Again, you should expect bounds in the range of 1 // up to 1 Million. The first component of the pair is // the maximum number of steps and the second is the // corresponding number. def collatz_max(bnd: Long) : (Long, Long) = { ((1.toLong to…
/* Javascript! Create a function that run anot function after a delay. Arguments: callback: the function to execute after the delay delay: number of milliseconds to wait data: the one (and only) argument to pass to the callback */ const callAfter = function(callback, delay, data) { // IMPLEMENT ME
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1 .section .data 2 .section .text 3 .globl start 4 start: 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 pushq $4 pushq $3 call function-A addq $16, rsp movg %rax, %rbx movq $1, %rax int $0x80 .type function-A, @function function-A: pushq %rbp movą rsp, %rbp subq $8, rsp movg 16(%rbp), %rbx movq 24 (%rbp), rcx movq %rbx, -8(%rbp) label-A: #variable y #variable z cmpq $1, rcx je label-B mova -8 (%rbp), trax imulq %rbx, %rax movq rax, -8 (%rbp) decq rcx jmp label-A label-B: movq -8 (%rbp), trax movq rbp, rsp popq &rbp ret