Answer:
#include <iostream>
using namespace std;
class BankAccount {
string name = name;
double balance = balance;
BankAccount( string name, double balance ) {
string name = name;
double balance = balance;
return 0;
}
string getName( ){
return name;
}
double getbalance( ) {
return balance;
void setName( string username){
name = username;
}
void setbalance( double newBalance){
balance = newBalance;
}
int main( ) {
BankAccount user1(John, 0.0);
BankAccount user2(Jane, 0.0);
user1.setbalance( 2300.00)
user2.setbalance( 4300.00)
cout << user1.getname() << user1.getbalance();
cout << user1.getname() << user1.getbalance();
}
Explanation:
The C source code above using a class to create a data structure of a bank account user name and balance. The attribute name and balance are private to the class and can be retrieved and modified through the get and set methods.
Answer:
Ethics in artificial intelligence and robotics are of greater importance today as machine learning or robots are put to use to benefit humans and also ti harm humans.
Explanation:
Ethics in robotics or artificial intelligence in sometimes referred to as "roboethics". It is very necessary in todays time because robots are made to interact with the society, the humans.
This is the key concern for ethics which is based on growing awareness of the requirement to regulate, the advancements in the field of AI in the near future. The future law or regulations should be on the basis of some of the shared values such as privacy, freedom, security, respect for human dignity, non - military, inclusions, etc. Here, the uncertainty is also being recognized, the uncertainty to know the advancements of AI in the near future. Therefore the regulations and ethical dilemmas should be rethought in the middle.
It should be the Sixth generation
I’d say both techies are correct.
Volatility, as applied in gasoline, is quantified by the tendency of the liquid to change to vapor at any given temperature (vaporize). This rate of change might be hard or easy, this depends on the temperature or the pressure. Technician B is also correct. RVP is defined and determined experimentally according to the ratio of the vapor volume to the liquid volume at 100 °F.
