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:
false
Explanation:
The term 'computationally expensive' means that a given mathematical function, code or an algorithm has high computational complexity. In addition, the mathematical function or algorithm will require several steps and procedures to be completed. Based on this, the statement made in this question is not true.
The organizational structure described here, which is known as vertical organizational structure, is also commonly identified as tall organizations.
They usually have hierarchical structures, with the CEO being at the very top of the layer. Tall organization have multiple levels, compared to its counterpart, the flat organization or horizontal, which would only have one level.
My sister would what’s your id
Answer:
O(n²)
Explanation:
The worse case time complexity of insertion sort using binary search for positioning of data would be O(n²).
This is due to the fact that there are quite a number of series of swapping operations that are needed to handle each insertion.
