watery

As adjectives the difference between sloppy and watery

is that sloppy is very wet; covered in or composed of slop while watery is wet, soggy or soaked with water.

Watery is a related term of melted.

As adjectives the difference between watery and melted

is that watery is wet, soggy or soaked with water while melted is being in a liquid state as a result of melting.

As a verb melted is

(melt).

As adjectives the difference between watery and aqueous

is that watery is wet, soggy or soaked with water while aqueous is consisting mostly of water.

As an adjective watery

is wet, soggy or soaked with water.

As a proper noun thin is

the fifth earthly branch represented by the.

As a proper noun light

is .

As an adjective watery is

wet, soggy or soaked with water.

Watery is a related term of molten.

As adjectives the difference between watery and molten

is that watery is wet, soggy or soaked with water while molten is melted.

As a verb molten is

.

Watery is a related term of viscous.

As adjectives the difference between watery and viscous

is that watery is wet, soggy or soaked with water while viscous is having a thick, sticky consistency between solid and liquid.

As adjectives the difference between liquid and watery

is that liquid is flowing freely like water; fluid; not solid and not gaseous; composed of particles that move freely among each other on the slightest pressure while watery is wet, soggy or soaked with water.

As a noun liquid

is a substance that is flowing, and keeping no shape, such as water; a substance of which the molecules, while not tending to separate from one another like those of a gas, readily change their relative position, and which therefore retains no definite shape, except that determined by the containing receptacle; an inelastic fluid.

As adjectives the difference between fluid and watery

is that fluid is of or relating to fluid while watery is wet, soggy or soaked with water.

As a noun fluid

is any substance which can flow with relative ease, tends to assume the shape of its container, and obeys Bernoulli's principle; a liquid, gas or plasma.