Answer:
It can be expressed in 2 ways horizontal and vertical ways.
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Answer:
Please check the attachment.
Explanation:
The adjacency matrix is the matrix that has nodes as rows and columns. The nodes if connected is stated as 1 or else 0. And the adjacency list representation is the list with nodes and connected nodes. The nodes that are not connected are not being listed. The diagram and list as well as matrix can be found in the attachment.
Answer: The difference between the scope and linkage is as follows:-
- Scope of the variable is defined as the variable view from different program parts whereas the linkage is described as the link that is made between the variable and the declaration function having the common name.
- Scope of variable describes about the existing time of the variable in the program whereas linkage is defined for the name of variable present in the program is available at all time .
Health care robots the key word, being "robots" aren't able to act as we can as humans.
Robots and systems lack the emotional skills that we as humans have, they are not intuitive.
There are many risks in using robots for health care, although, "health care" is a vague term, so I'll cover a few in general:
- Doctor/patient confidentiality is risked when using robots to handle personal medical matters, systems are never 100% secure.
- Robots and systems cannot emphasise with patients and will make decisions based on logic and theoretics, not emotionally - for example, if a patient is in a state of bad mental health, a robot will not be able to effectively analyse the right methods to take.
- The collection, storage and passing-on of patient information is risked as system encryption is never guaranteed.
Answer:
// here is code in c++.
// include header
#include <bits/stdc++.h>
using namespace std;
// main function
int main()
{
// variables to read input
int userNum,x;
cout<<"enter the value of userNum and x :";
// read the input from user
cin>>userNum>>x;
// divide the userNum with x 4 times
for(int a=0;a<4;a++)
{
userNum=userNum/x;
cout<<userNum<<" ";
}
cout<<endl;
return 0;
}
Explanation:
Declare two variables "userNum" and "x". Read the value of these. Run a for loop 4 time and divide the "userNum" with "x" and print the value of "userNum".
<u>Output:</u>
enter the value of userNum and x :2000 2
1000 500 250 125
