Answer:
actual_value = float(input("Enter the actual value of a piece of property: "))
tax_rate = float(input("Enter the current tax rate for each $100.00 of assessed value: "))
assessed_value = actual_value * 0.6
tax = (assessed_value * tax_rate) / 100
print("The annual property tax is $" + str(tax))
Explanation:
*The code is in Python.
Ask the user to enter the actual value and the tax rate
Calculate the assessed value, multiply the actual value by 0.6
Calculate the tax, multiply the assessed value by the tax rate and divide result by 100
Print the tax
Answer:
domain name systems allow web users to choose where they want to go and to have many different sites
Since Basil was reading about a new attack that forces the system to abandon a higher cryptographic security mode of operation and the kind of attack is known to be Downgrade attack.
<h3>What is downgrade security attack?</h3>
A downgrade attack is known to be a kind of of cyber attack that is made up of the fact that an attacker is known to often forces a network channel to make a switch to a kind of an unprotected or one that is said to be less secure data transmission standard.
Note also that the Downgrading of a given protocol version is said to be a key element of a type of a man-in-the-middle attacks, and it is known to be one that is often used to take or hijack encrypted traffic.
Hence, Since Basil was reading about a new attack that forces the system to abandon a higher cryptographic security mode of operation and the kind of attack is known to be Downgrade attack
Learn more about Downgrade attack from
brainly.com/question/24304791
#SPJ1
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.
The answer is backlighting
