One.
Only 1 rectangle can be built with a Prime number of square tiles.
/*Java program to find out square root of a given number * without using any Built-In Functions */ public class SquareRootDemo2 { public static void main(String[] args) { //Number for which square root is to be found double number = -12; //This method finds out the square root findSquareRoot(number); } /*This method finds out the square root without using any built-in functions and displays it */ public static void findSquareRoot(double number) { boolean isPositiveNumber = true; double g1; //if the number given is a 0 if(number==0) { System.out.println("Square root of "+number+" = "+0); } //If the number given is a -ve number else if(number<0) { number=-number; isPositiveNumber = false; } //Proceeding to find out square root of the number double squareRoot = number/2; do { g1=squareRoot; squareRoot = (g1 + (number/g1))/2; } while((g1-squareRoot)!=0); //Displays square root in the case of a positive number if(isPositiveNumber) { System.out.println("Square roots of "+number+" are "); System.out.println("+"+squareRoot); System.out.println("-"+squareRoot); } //Displays square root in the case of a -ve number else { System.out.println("Square roots of -"+number+" are "); System.out.println("+"+squareRoot+" i"); System.out.println("-"+squareRoot+" i"); } } }
A square can be built to cover as many or as few square feet as you want it to cover. This may be one reason that squares have the reputation of being so useful and elegant. If one day you should happen upon a square, and you wish to learn how many square feet it covers, simply measure one side, express the length in feet, multiply that number by itself, and the result is the number you seek. If you wish to build a square that covers the number of square feet that you choose, simply calculate the square root of that number, or ask a knowledgeable expert to calculate it for you, and build a square whose sides all have a length equal to the number that was calculated.
When you square a number, you are referring to the area of a square, where the number you are squaring is a side length. The square root is a method of finding a side length when you know the area. Ans-2: because that is the root element. Say sq.root(4) --> 2, because 2 is the fundamental element on which it was built. Same goes for cube root. cube.root(8) is 2 because again here this is the fundamental element on which it was build.
One.
One.
Only 1 rectangle can be built with a Prime number of square tiles.
22 is a composite number with four factors, which means two rectangles.
The Times Square was built at the year of, 1904
/*Java program to find out square root of a given number * without using any Built-In Functions */ public class SquareRootDemo2 { public static void main(String[] args) { //Number for which square root is to be found double number = -12; //This method finds out the square root findSquareRoot(number); } /*This method finds out the square root without using any built-in functions and displays it */ public static void findSquareRoot(double number) { boolean isPositiveNumber = true; double g1; //if the number given is a 0 if(number==0) { System.out.println("Square root of "+number+" = "+0); } //If the number given is a -ve number else if(number<0) { number=-number; isPositiveNumber = false; } //Proceeding to find out square root of the number double squareRoot = number/2; do { g1=squareRoot; squareRoot = (g1 + (number/g1))/2; } while((g1-squareRoot)!=0); //Displays square root in the case of a positive number if(isPositiveNumber) { System.out.println("Square roots of "+number+" are "); System.out.println("+"+squareRoot); System.out.println("-"+squareRoot); } //Displays square root in the case of a -ve number else { System.out.println("Square roots of -"+number+" are "); System.out.println("+"+squareRoot+" i"); System.out.println("-"+squareRoot+" i"); } } }
Square keep castles were mainly built far from villages
no
They were built with stone and in square shapes lolololololl
They wern't built as triangles, they were built as square pyramids! ;)
stone
2002