GUTHMExercise 3 (Loop)x'+ 3x +2 for 0sx<1.5f(x) = {x4+ Vx+1for 1.5 sx <3.02X+5for 3s x<5.0Iog (*+1)• If a long x= 0 to x = 5.0, let define x, i= 1, 2, 3, ., N. where dx is distancebetween two successive point x, and x,. is equal to 0.01+x.Write the flowchart and pseudocode, so the program will find the maximumvalue of f(x)Premier Thmical Universitywww.uthm.edu.my

The conditions given are:- If long x = 0 to x = 5.0 define xi i = 1, 2, 3, ....., N. dx = distance…

Answered: Exercise 3 (Loop) for 0sx<15 for 1.5 sx…

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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(x^2)/2 + (x^3)/3=gx.
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for ( int x-50; x> 0; x-) { cout <
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FI 2 Overview S To demonstrate you can implement the microservices architecture, write software comprised of three separate programs: W F2 7x 1. A program that generates pseudo-random numbers (PRNG Service) 2. A program that, given a non-negative integer i, returns the ith image in a set (order doesn't matter) (Image Service) If i is the number of images, modulo i by the size of the image set 3. A user interface (UI) that either has a button or can receive a user command. When the button is pushed or the command is entered... Programs can be written in any language(s). (a) UI calls the PRNG Service (b) UI calls the Image Service using the pseudo-random number from the PRNG Service (c) UI displays the image (or a path to it) Use any set of images (e.g., downloaded from https://www.kaggle.com/). Store images locally in a folder; no API calls needed. No DB needed. Requirements UI must either have a button (if UI is graphical) or be able to receive a user command (if UI is text-based) # 3…
def mystery (1st); for idx in range(1, len(1st)); tmp = 1st[idx) idx2 = idx while 1dx2 > 9 and 1st[idx2-11 tmp: 1st[idx2] 1st[10/2 - 11 1dx2 = 1dx2 - 1 1st[idx2] = tmp print(1st) a. If we call this function as follows: mystery(lt) where ist 15, 2, 8, 11, what is printed out t clear about what is printed out, don't make me try to figure it out). b. What does this function do? c. What is the complexity of this function? Oni Ora, On³ Ologinil, Onioginil? Explain your reasoning
Following C code computes the approximate roots and the absolute approximate error of f(x)=x³ -(1/sin(x)) function with both Regula-Falsi and Bisection methods for ten iterations. If the user enters key "1" Regula-Falsi method, if the user enters key "2" Bisection method, will run in the program. In this context, fill in the blanks of the given C code. double function(double x) { return int main(int argc, char *argv[]) { double a,b,x[10],error,FA,FB,FX; int option,i; printf(" ENTER 1 FOR Regula Falsi, ITER Bisection \n"); scanf("%d",&option); printf("Enter base of definition invterval\n"); scanf("%lf",&a); printf("Enter top of definition interval\n"); scanf("%lf",&b); FA= function (a); FB= function (b); if(FA*FB<0){ for(i=0;i< ;i++){ switch(option){ case 1: break;
Q2: Besides the while-loop in Q1, I want to implement a 2nd while-loop running in parallel with the first while: while(1) { wt(1); XX); } However, on an MCU there is no parallelism. (For ex., on Arduino I can define only one loop() function.) Write a single while that does the job of both whiles. (a) Write it in a procedural style. (b) Write it the super-loop style (state-machine with fixed heartbeat).
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