Practice for Radicals Test

$$4\ \sqrt[]{2}$$

$$4\ \sqrt[]{3}$$

$$6\ \sqrt[\ ]{2}$$

$$6\ \sqrt[]{3}$$

$$5\sqrt[]{5}$$

$$11\sqrt[]{5}$$

$$5\sqrt[]{11}$$

$$5\sqrt[]{55}$$

$$5x^2\sqrt[]{3}$$

$$5x\sqrt[]{3x}$$

$$5x$$

$$5x\sqrt[]{3}$$

$$10x^4y\sqrt[]{5}$$

$$50x^4y$$

$$10x^4y^2\sqrt[]{5}$$

$$100x^4y\sqrt[]{5}$$

$$8\ \sqrt[]{6}$$

$$8\ \sqrt[]{12}$$

$$12\ \sqrt[]{6}$$

$$12\ \sqrt[]{12}$$

$$5\ \sqrt[]{10}$$

$$-\ \sqrt[]{30}$$

$$\sqrt[]{10}$$

$$-6\ \sqrt[]{14}$$

$$-84$$

$$6\ \sqrt[]{13}$$

-78

$$3\ \sqrt[]{50}$$

$$\sqrt[]{450}$$

$$8\ \sqrt[]{2}$$

$$15\ \sqrt[]{2}$$

$$7\ \sqrt[]{3}$$

$$6\ \sqrt[]{15}$$

$$Can't\ simplify$$

$$\ 6\ \sqrt[]{3}$$

$$3\ +\sqrt[]{2}$$

$$3+\pi$$

$$3+\sqrt[]{4}$$

$$3+4\sqrt[]{2}$$