The number of ways in which we can distribute `m n` students equally among `m` sections is given by a. `((m n !))/(n !)` b. `((m n)!)/((n !)^m)` c. `((m n)!)/(m ! n !)` d. `(m n)^m`

Find the squre root of (m^(n^(2)) n^(m^(2)) a^((m +n)))/((m + n)^((m +n)^(2)))

If (m)/(n)=(11)/(4) then (m-n)/(n)=?

The number of ways to distribute m xx n different thing among n persons equally = ((mn)!)/((m!)^(n)) The number of ways in which a pack of 52 card can be distributed among 4 players in a game bridge is

What is the locus of a point which is equidistant from the point (m+n, n-m) and the point (m-n, n+m) ?

If (m+n)/(m-n)=7/3 then (m^2-n^2)/(m^2+n^2)=

If the average of m numbers is n^(2) and that of n numbers is m^(2) ,then the average of (m+n) numbers is m-n (b) mn(c)m+n (d) (m)/(n)

lim_(x rarr a)(x^(m)-a^(m))/(x^(n)-a^(n))=((m)/(n))a^(m-n) if m>n