Consider the equation `p = 5-2q - 3`
If `p = |r| + 5`, then number of possible ordered pair `(r,q)` is, are

Consider the equation p = 5-2q - 3 If p = 4 then possible values of q are

Consider the equation p = 5-2q - 3 If p = 4 then possible values of q are

Consider the equation p = 5-2q - 3 Greatest sat of all possible values of p for q in R is

Consider the equation p = 5-2q - 3 Greatest sat of all possible values of p for q in R is

If p,q&r are different prime numbers and a, bare natural numbers such that their LCM is p^(3)q^(3)r^(2) and HCF is pr,then number of possible ordered pairs (a,b) is

Consider the number, N 5768P02Q If N is divisible by both 8 and 9 , then find the number of possible ordered pairs of (P,Q).

lf r, s, t are prime numbers and p, q are the positive integers such that their LCM of p,q is r^2 t^4 s^2, then the numbers of ordered pair of (p, q) is

lf r, s, t are prime numbers and p, q are the positive integers such that their LCM of p,q is r^2 t^4 s^2, then the numbers of ordered pair of (p, q) is

Consider a number N = 2 1 P 5 3 Q 4. The number of ordered pairs (P,Q) so that the number 'N' is divisible by 44, is