Answer:
Written in C++
bool checkfloor(double num1, double num2, double num3) {
if(floor(num1 * num2) == floor(num3)){
return true;
}
else {
return false;
}
}
Explanation:
The function written in C++
This line defines the function
bool checkfloor(double num1, double num2, double num3) {
The following if condition checks if the floor of num1 * num2 equals num3
if(floor(num1 * num2) == floor(num3)){
return true; It returns true, if yes
}
else {
return false; It returns false, if otherwise
}
}
See attachment for full program including the main
Answer:
Attached is a screenshot of my code for 'PasswordGenerator' and the tests necessary.
Explanation:
If you need any explanation, please ask!
Answer:
The main benefit of the ordered list is that you can apply Binary Search( O( n log n) ) to search the elements. Instead of an unordered list, you need to go through the entire list to do the search( O(n) ).
The main cost of the ordered list is that every time you insert into a sorted list, you need to do comparisons to find where to place the element( O( n log n) ). But, every time you insert into an unsorted, you don't need to find where to place the element in the list ( O(1) ). Another cost for an ordered list is where you need to delete an element, you have an extra cost rearranging the list to maintain the order.
