Question

yeah I have some solve for x leave your answer in simplest radical form

Answer 1

The image above gives a better analysis of the image in the question

To get x, we will make use of the Pythagoras theorem.

since x is the hypotenuse

$x^2=4^2+2^2$

$x^2\text{ = 16 + 4}$

$x^2\text{ = }\sqrt[]{20}$

$x\text{ = }\sqrt[]{4\text{ x 5}}$

$x\text{ =}\sqrt[]{4}\text{ x}\sqrt[]{5}$

$x\text{ = 2 x }\sqrt[]{5}$

$x\text{ = 2}\sqrt[]{5}$

In the simplest radical form, x is equal to

$2\sqrt[]{5}$