Evaluate; \(\frac{\log_3 9 - \log_2 8}{\log_3 9}\) 

If 23\(_y\) = 1111\(_{\text{two}}\), find the value of y

If 6, P, and 14 are consecutive terms in an Arithmetic Progression (AP), find the value of P.

Evaluate: 2\(\sqrt{28} - 3\sqrt{50} + \sqrt{72}\)  

If m : n = 2 : 1, evaluate \(\frac{3m^2 - 2n^2}{m^2 + mn}\)