[" The number of positive integral solution of the equation "],[x_(1)x_(2)x_(3)x_(4)x_(5)=1050" is "]

The number of positive integral solutions of the equation x_(1)x_(2)x_(3)x_(4)x_(5)=1050 is (A) 1800 (B) 1600(C)1400(D) None of these

The number of positive integral solutions of the equation x_(1)x_(2)x_(3)=60 is:

The number of positive integral solutions of the equation x_(1)x_(2)x_(3)=60 is:

The number of positive integral solutions of the inequation (x+2)/(x+3)>1

Number of postive integral solution of the equation |x-3|<|2x-1| is

The number of positive integral solutions of the equation x_1 x_2 x_3 x_4 x_5 = 1050 is (A) 1800 (B) 1600 (C) 1400 (D) None of these

If N is the number of positive integral solutions of the equation x_(1)x_(2)x_(3)x_(4)=770 , then the value of N is

If N is the number of positive integral solutions of the equation x_(1)x_(2)x_(3)x_(4)=770 , then the value of N is

Assertion (A) : The number of positive integral solutions of x_(1)+x_(2)+x_(3)=10 is 36. Reason (R) : The number positive integral solutions of the equation x_(1)+x_(2)+x_(3)+.......+x_(k)=n is ""^(n-1)C_(k-1) , The correct answer is