Answer:
sharing data across multiple workstations on the same network
Explanation:
A Network Attached Storage device is good for sharing data across multiple workstations on the same network.
Answer:
c. specific information requirements of an individual or department
Explanation:
Shadow systems is described as a system in which its major function is to get or produce specific information requirements of an individual or department.
It doesn't focus on all the organization or all the people, it simply focuses on an individual or an organization. This concentration on a specific person results to more efficiency and effectiveness.
Thia can be applied In all the different sections or department in order to yield optimal performance.
Web 1.0 connected people to information and Web 2.0 connected people to each other, both iterations were built on technology and products governed by centralized organizations and corporations. Web 3.0 connects information, people, and property, essentially digitizing trust through decentralized blockchain technology.
One sentence? Here goes:
Web 3.0 is the latest iteration of the Internet, designed learning the lessons and incorporating the features from 1.0 and 2.0, into a decentralized trust network.
Answer:
Please check the explanation
Explanation:
That's the code and it is done with the program in c++ according to instructions given in the question using binary search. It can guess the correct number in 10 or fewer attempts and also shows the number of attempts it took to guess the number.
#include <iostream> using namespace std; int guess() { string input; int l = 1, h = 1000; int mid = (l + h) / 2, count = 0; while (1) { //count the number of attemts to guess the number ++count; //cout << count << "\n"; cout << "\n"; cout << "Is " << mid << " correct? (y/n): "; cin >> input; //if input is y print the guessed no. and return if (input == "y") { cout << mid << " guessed in " << count << " attempts!\n"; return 1; } //if input is n ask the user if it's higher or lower than current guess if (input == "n") { cout << "Is the number greater than or less than the number ? (h/l): "; cin >> input; } //if input is higher assign mid incremented by 1 to low //else decrement mid by 1 and assign to high if (input == "h") l = mid + 1; else h = mid - 1; //calculate mid again according to input by user again mid = (l + h) / 2; } } int main() { cout << "****WELCOME TO THE GUESS THE NUMBER GAME!****\n"; cout << "Guess any number between 1 to 1000.\n"; cout << "This game depends on user giving correct answers and not changing their number middle of game.\n"; guess(); }
The answer is the Transition element.
A slide transition in PowerPoint occurs when you move from one slide to another during a presentation. You can control the speed (time spend on a single slide before advancing to the next). We use set duration to set the transition speed. To set the transition speed to a shorter or a larger duration, select the slide and click on the Transitions tab in the Timing group. In the Duration box, type the number of seconds that you want.
