[" Let "(x_(0),y_(0))" be solution of the following equations "],[qquad [(2x)^(ln2)=(3y)^(ln3)],[quad 3ln x=2^(ln y)]]

Let (x_(0),y_(0)) be the solution of the following equations: (2x)^(ln2)=(3y)^(ln3) and 3^(ln x)=2^(ln y) Then value of x_(0) is:

Let (x_(0),y_(0)) be the solution of the following equations In (2x)^(In2)=(3y)^(ln3) and 3^(ln x)=2^(ln y) Then x_(0) is

Let (x_(0),y_(0)) be the solution of the following equations (2x)^(ln2)=(3y)^(ln3) and 3^(lnx)=2^(lny) then 2x_(0)=

Let (x_0, y_0) be the solution of the following equations In (2x)^(In2)=(3y)^(ln3) and 3^(lnx)=2^(lny) Then x_0 is

Let (x_0, y_0) be the solution of the following equations: (2x)^(ln2)=(3y)^(ln3) , 3^(lnx)=2^(lny) Then x_0 is (a) 1/6 (b) 1/3 (c) 1/2 (d) 6

(2x) ^ (ln2) = (3y) ^ (ln3) 3 ^ (ln x) = 2 ^ (ln y)

Solve the equations for x and y:(3x)^(log3)=(4y)^(log 4), 4 ^(log x) = 3 ^(log y) .

Solve the equations for x and y:(3x)^(log3)=(4y)^(log 4), 4 ^(log x) = 3 ^(log y) .

Solve the equations for x and y:(3x)^(log3)=(4y)^(log 4), 4 ^(log x) = 3 ^(log y) .