Geometric mean of $$$25$$$, $$$26$$$

Find the geometric mean of $$$25$$$, $$$26$$$.

The geometric mean of data is given by the formula $$$\left(\prod_{i=1}^{n} x_{i}\right)^{\frac{1}{n}}$$$, where $$$n$$$ is the number of values and $$$x_i, i=\overline{1..n}$$$ are the values themselves.

Since we have $$$2$$$ points, $$$n = 2$$$.

The product of the values is $$$\left(25\right)\cdot \left(26\right) = 650$$$.

Therefore, the geometric mean is $$$\sqrt{650} = 5 \sqrt{26}$$$.

The geometric mean is $$$5 \sqrt{26}\approx 25.495097567963924$$$A.