Answer:
Pseudo code:
1. declare a variable "hour_worked".
1.1 read the hours worked in a day by user and assign it to "hour_worked".
2.Calculate total work in a five-day week as "Week_work=5*hour_worked".
3.Calculate total work in a 252-day year as "year_work=252*hour_worked".
4. print the value of "Week_work" and "year_work".
5.End the program.
// here is implementation in c++.
#include <bits/stdc++.h>
using namespace std;
int main()
{
float hour_worked;
cout<<"enter hours worked in a day: ";
cin>>hour_worked;
cout<<"5-day week work is: "<<5*hour_worked<<endl;
cout<<"252-day year work is: "<<252*hour_worked<<endl;
return 0;
}
Output:
enter hours worked in a day: 5.5
5-day week work is: 27.5
252-day year work is: 1386
Flowchart:
Explanation:
Super Computer are expensive computer that are used to provide very quick results. Super computer are used in calculating complex mathematical calculations. Calculations such as weather forecast and Atomic energy research. Therefore Super Computer perform complex calculations rapidly.
Robo-advisers decide how to allocate your investments using market trends and trending lines to invest in stock that will make you the most money for the least risk
Answer: Confidentiality, Integrity and availability.
Explanation:
The three security goals that align and prioritize security efforts to the business goals include confidentiality, Integrity and availability.
Data confidentiality simply has to do with the protection of data against theft or unauthorized access. Information is about accuracy and trustworthiness of the information while availability means that the people authorised should be able to access it.