Statement 1: Number of zeros at the end of 50! is equal to 12. Statement 2: Exponent of 2 in 50! is 47.

Statement -I: Number of zeroes at the end of 50! is equal to 12. Statement -II : Exponent of 2 in 50! is 47.

Statement-1: The number of zeros at the end of 100! Is, 24. Statement-2: The exponent of prine p in n!, is [(n)/(p)]+[(n)/(p^(2))]+.......+[(n)/(p^(r))] Where r is a natural number such that P^(r)lenltP^(r+1) .

Statement-1: The number of zeros at the end of 100! Is, 24. Statement-2: The exponent of prine p in n!, is [(n)/(p)]+[(n)/(p^(2))]+.......+[(n)/(p^(r))] Where r is a natural number such that P^(r)lenltP^(r+1) .

Find the exponent of 12 in 50!

Statement 1: Number of terms in the expansion of (x+y+z+w)^(50) is .^(53)C_3 Statement 2: Number of non-negative solution of the equation p+q+r+s=50 is .^(53)C_3

Statement 1: Number of terms in the expansion of (x+y+z+w)^(50) is .^(53)C_3 Statement 2: Number of non-negative solution of the equation p+q+r+s=50 is .^(53)C_3

Statement 1: Number of terms in the expansion of (x+y+z+w)^(50) is ""^(53)C_3 Statement 2: Number of non-negative solution of the equation p+q+r+s=50 is ""^(53)C_3 (a) Statement 1 and Statement 2, both are correct. Statement 2 is the correct explanation for Statement 1 (b) Statement 1 and Statement 2, both are correct. Statement 2 is not the correct explanation for Statement 1 (c) Statement 1 is correct but Statement 2 is not correct. (d) Both Statement 1 and Statement 2 are not correct.

50% of a number when added to 50 is equal to the number. The number is