What is the Big-O running time of the following section of code? for i=1 to n for j = 1 to n for k=1 to n print ("This step takes constant time per execution.") Use the editor to format your answer Question 4 What is the Big-O running time of the following section of code? for i=1 to n for j = 1 to 10 print ("This step takes constant time per execution.")

What is the Big-O running time of the following section of code? for i=1 to n for j = 1 to n for k=1 to n print ("This step takes constant time per execution.") Use the editor to format your answer Question 4 What is the Big-O running time of the following section of code? for i=1 to n for j = 1 to 10 print ("This step takes constant time per execution.")

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter10: Pointers

Section10.1: Addresses And Pointers

Problem 5E

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Write programs that will accomplish the desired tasks listed below, using as few lines of code as possible.Use only opcodes that have been covered in class. Comment on each line of code. m) Copy the external code byte at address 007Dh to the SP n) Copy the data in register R5 to external RAM address 032Fh o) Copy the internal code byte at address 0300h to external RAM address 0300h p) Swap the bytes in TIMER 0 ; put TL0 in TH0 and TH0 in TL0 q) Store DPTR in external RAM locations 0123h (DPL) and 02BCh (DPH) r) Exchange both low nibbles of registers R0 and R1 ; put the low nibble of R0 in R1, and the low nibble of R1 in R0
Consider the following procedure:procedure mystery (x, y, z); integer x, y, z;beginz = x - 1;y = 1;endand consider the following code fragment:A[1] := 3;A[2] := 3;n := 1;mystery (A[2], A[n], n); A) What will be the final values of n, A[1] and A[2] if the parameters are passed by reference? B) What will be the final values of n, A[1] and A[2] if the parameters are passed by value? C) What will be the final values of n, A[1] and A[2] if the parameters are passed by name?
4) Which of the following is/are valid ways to allocate memory for an integer by dynamic memory allocation in CPP? a. int *p = new int(100);b. int *p; p = new int; *p = 100;c. int *p = NULL; p = new int; *p=100;d. Only 1,2e. All of these 5) Choose the correct option?#include<iostream>using namespace std; class Base {}; class Derived: public Base {}; int main(){Base *bp = new Derived;Derived *dp = new Base;} a. No Compiler Errorb.Compiler Error in line “Base *bp = new Derived;”c. Compiler Error in line ” Derived *dp = new Base;”d. Runtime Error
What will be the value of AL after running code? MOV AL, 10 MOV AH, 10 MOV BL, 5 MOV BH, 5 MUL BL
For this assignment you are tasked with writing a command-line Java program that evaluates Reverse Polish notation (RPN) formulas. Here are the details:• This must be a Java program that:• Correctly compiles under the UNIX command line (for optimal results, test your program on Raptor). • When run from the command line your program must read from standard input an RPN formula.• You can assume there is a space between every operator and number. Every number will be a 32 bit integer.• Your program should be able to correctly handle the operations: +, -, x. • IMPORTANT: be careful that your program recognises precisely the three characters above (plus sign, minus sign, and the lowercase letter “x”, respectively).• Your program then should write to standard out a single line with the correct output in standard integer format. The following example shows correct behaviour for your program cd472$ javac Submission.javacd472$ echo 75 125 + | java Submission200
Which of the following statements is correct? 1.Average execution rate and Harmonic mean rate always give the same results 2.Harmonic mean rate is very related to Execution Time 3.Average execution rate explains the execution time more clearly 4.None of these
Write programs that will accomplish the desired tasks listed below, using as few lines of code as possible.Use only opcodes that have been covered in class. Comment on each line of code. m) Copy the external code byte at address 007Dh to the SPn) Copy the data in register R5 to external RAM address 032Fho) Copy the internal code byte at address 0300h to external RAM address 0300hp) Swap the bytes in TIMER 0 ; put TL0 in TH0 and TH0 in TL0q) Store DPTR in external RAM locations 0123h (DPL) and 02BCh (DPH)r) Exchange both low nibbles of registers R0 and R1 ; put the low nibble of R0 in R1, and the lownibble of R1 in R0s) Store the content of register R3 at the internal RAM address contained in R2. (Be sure the addressin R2 is legal)t) Store the content of RAM location 20h at the address contained in RAM location 08hu) Store register A at the internal RAM location address in register A
Your task is to complete the code below in order to evaluate the results of four basic arithmetic operations. # input a float value for variable a here# input a float value for variable b here # output the result of addition here# output the result of subtraction here# output the result of multiplication here# output the result of division here print("\nThat's all, folks!") The results have to be printed to the console. You may not be able to protect the code from a user who wants to divide by zero. That's okay, don't worry about it for now. Test your code - does it produce the results you expect? We won't show you any test data - that would be too simple.
THIS IS IN JAVA A programmer intended to compute (a AND b) OR c, and wrote the following code, which sometimes yields incorrect output. Why? <pre><code>c | (a & b)</code></pre> A. The parentheses are interfering, and should not be present B. The ORing with c should appear after the parentheses, not before C. The bitwise operators should be replaced by logical operators D. If code only sometimes yields incorrect output, the compiler is likely broken
Hello I need help with the following question, I have provided my work that I have done and an example of completed work from the class. This is the question I need help with. A system currently accessing 3.8 G bytes of RAM and 10 M bytes of ROM. Compute the number of address lines required to access the designated storage. For a given # of lines how many more storage space is accessible? Currently out of 3.8 G, 3 G is used by the system programs, .4 G by an application. Can we expand the memory by another 890 M to support a new application? show total storage use and available. Show all your work.
use ibm is400 series to answer the following question (the output should shown in screenshot) 1 - develop a new Library called MnnLIB1 (NN is your student login id number) using the command CRTLIB 2 - develop a new Jobq MnnJOBQ1 and Outq MnnOUTQ1 in the Library MnnLIB1 using the command crtjobq and crtoutq 3 - Grant *PUBLIC *USE Authority to your MnnLIB1 library using the command wrkobj MnnLIB1 and then option 2 4 - Submit 3 jobs using sbmjob in your MnnJOBQ1, these jobs will not run, since they are not attached to any sub-system. Check it out by using wrkjobq command 5 - Change the 3 jobs submitted in step #4 to run in sub-system QINTER and change the out to MnnOUTQ1. These jobs will run, and the results will be in MnnOUTQ1. Check it out by using wrkoutq command 6 - develop a new Source File called MnnSRC in your library MnnLIB1 using command crtsrcpf 7 - develop a new Save File called MnnSAVF in your library MnnLIB1 using command crtsavf 8 - Run DSPJOBLOG command and save the…
Which of the following is/are valid ways to allocate memory for an integer by dynamic memory allocation in CPP? a. int *p = new int(100); b. int *p; p = new int; *p = 100; c. int *p = NULL; p = new int; *p=100; d. Only 1,2 e. All of these