Answer:
while(is_sunny=="n")
Explanation:
The loop keeps repeating itself until a certain condition is met.
Here while loop keeps executing until value of is_sunny is not equal to 'n'
When the value of is_sunny is not equal to n then the loop stops.
So lets explain this logic with a chunk of code:
#include <iostream> //to use input output functions
using namespace std; //to identify objects like cin cout
int main() { //start of main function
string is_sunny = "n"; //value of is_sunny is set to n
cout<<"Enter value of is_sunny: "; // prompts user to enter value of is_sunny
cin>>is_sunny; // reads value of is_sunny from user
while(is_sunny=="n") // keeps iterating until value of is_sunny is not equal to n
{ cout<<"keep executing until is_sunny is not equal to n"<<endl;//display this message with each iteration
cout<<"Enter value of is_sunny: "; //keeps prompting to enter is_sunny
cin>>is_sunny; } } //keeps reading value of is_sunny from user
Now if the user keeps entering "n" as value of is_sunny then the loop keeps repeating. When the user enters any string other than n then the loop breaks. The output of the program is attached.
Answer:
b. the same data type
Explanation:
Any number of variables can be declared in a statement as long as the variables have the same data type. For example:
1) int a,b,c,d,e;
Here each of the declared variables a,b,c,d,e have the type int.
2) char p,q,r,s,t,u,v,w;
In this case variables p to w all have the type char.
3) float x,y,z;
x,y and z are all of type float.
Among the selections, the statement that is not a benefit of imaging the computers on your network is: It helps to lessen the impact of spyware on the network.
The area that studies covering digital images - images that can be stored on a computer like bit-mapped images is called Computer imaging or digital imaging.
Answer:
Major risks include computer security and maintability of the software and hardware components of the computers in these objects.
I may feel more scared if I was riding a roller coaster that was computer controlled because if there were vunerabilities in the computer's software, a hacker could exploit that and remotely have access to the controls of the roller coaster, putting many people's lives at risk.
I think the benefits of computerizing an increasing number of everyday objects outweigh the potential risks.
This is because computers is very reliable and they do exactly what you tell them to do. However, humans are clumsy and can sometimes be extremely stubborn. Computerizing more everyday objects is an overall good thing for society, however, policies and protocols need to be followed to ensure these computerized objects remain secure.
Explanation:
Hope this helps.
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