public class Test22
{
  public static void main(String[] args) 
  {
    int prod = 1;
    long limit = 10;        // Calculate factorial of integers up to this value
    long factorial = 1;     // Calculate factorial in this variable
 
      System.out.println( "      " + "Number     Factorial" );      // prints titles for columns
      System.out.println( "     " + "========   ===========" );    // prints underlining of titles
 
    // Loop from 1 to the value of limit
    for(int i = 1; i <= limit; i++)
    {
      factorial = 1;       // Initialize factorial
      int j =2;
      while(j <= i)
        factorial *= j++;
 
      prod = prod * j;
 
      System.out.println( "       " + i + "            " + factorial);
 
      prodsum = prodsum + prod;
      rowsum = rowsum + i;
 
    }
 
      System.out.println( "   " + "=========================" ); 
      System.out.println( "      " + rowsum + "            " + prodsum );
 
  }
}

/* Section A: Variables Inialization */
int factorialFor_i = 1;
int termSum = 0;
int factorialSum = 0;
 
System.out.println("Number\tFactorial");
 
int LIMIT = 10;
/* Loop from i =  1 to LIMIT (10) */
for (int i = 1; i <= LIMIT; i++) {
 
	/* Section B: Loop */
 
	factorialFor_i *= i; 		// B1: update current factorial number
 
	termSum += i; 			// B2: accumulate the sum for the current term i
	factorialSum += factorialFor_i; // B3: accumulate the sum for factorials
 
	System.out.println(i + "\t" + factorialFor_i);
}
 
/* Section C: Done Loop */
System.out.println("Totals:");
System.out.println(termSum + "\t" + factorialSum);

factorialFor_i *= i;   // Multiply factorial by i (1)

factorialFor_i *= i;   // Multiply factorial by i (2)

factorialFor_i *= i;   // Multiply factorial by i (2)