Answer:
Java.
Explanation:
public class Card
{
String Suit;
int value;
public Card(int value, String Suit) {
self.value = value;
// Check Suits value
if ((Suit == "hearts") || (Suit == "spades") || (Suit == "clubs") || (Suit == "diamonds"))
self.Suit = Suit;
else {
Suit = "none";
throw new IllegalArgumentException("no card of this type exists.");
}
}
public String getSuit() {
return Suit;
}
public int getValue() {
return value;
}
public void print() {
System.out.println("%d of %s", value, Suit);
}
}
public class Deck {
}
Answer:
Around seven billion people
Answer:
The correct answer is JQuery
Explanation:
JQuery
uses CSS to access and manipulate HTML elements.
Answer:
Open a document: Ctrl + O.
Create a new document: Ctrl + N.
Save the current document: Ctrl + S.
Open the Save As window: F12.
Close the current document: Ctrl + W.
Split the window: Alt + Ctrl + S.
Copy: Ctrl+C
Paste: Ctrl+V
Cut the current selection: Ctrl + X
Copy the current selection: Ctrl + C
Paste the contents of the clipboard: Ctrl + V
Bold: Ctrl + B
Italics: Ctrl + I
Underline: Ctrl + U
Underline words only: Ctrl + Shift + W
Center: Ctrl + E
Make the font smaller: Ctrl + [
Make the font bigger: Ctrl + ]
Change text to uppercase: Ctrl + Shift + A
Change text to lowercase: Ctrl + Shift K
Insert a page break: Ctrl + Enter
Add a hyperlink: Ctrl + K
Explanation:
Answer:
False
Explanation:
The scheme where you can find the greatest common divisor (GCD) of two integers by repetitive application of the division algorithm is known as Euclidean Algorithm.
The Euclidean Algorithm for calculating GCD of two numbers X and Y can be given as follows:
- If X=0 then GCD(X, Y)=Y since the Greatest Common Divisor of 0 and Y is Y.
- If Y=0 then GCD(X, Y)=X since the Greates Common Divisor of 0 and X is X.
- Let R be the remainder of dividing X by Y assuming X > Y. (R = X % Y)
- Find GCD( Y, R ) because GCD( X, Y ) = GCD(Y, R ).
- Repeat the above steps again till R = 0.
