Put water and a pencil in a glass. Observe the glass from the side. What does the interface between water and air look like?1 pointThe pencil looks straight.The pencil looks bent (V-shaped).The pencil looks curved (U-shaped).

Describe what is happening to the pencils in the image above as they sit in a glass of water. Then, name the phenomenon that causes this.

Which statement explains why a pencil looks broken when placed in a cup of water?Group of answer choicesLight is refracted as it moves from air to waterLight is reflected as it moves form air to water.Light is absorbed as it moves from air to water.Light is destroyed as it moves from air to water.None

Choose the correct answer (A to D). At the surface of an air-water interfaceQuestion 11Answera.None of the answers are correctb.The attractive forces between water molecules in the liquid phase and gas molecules are greater than between water molecules in the liquid phasec.The attractive forces between water molecules at the surface of the liquid phase and gas molecules are the same as attractive forces between water molecules at the surface of the liquid phased.Water molecules at the surface of the liquid phase experience an overall attractive force towards water molecules in the bulk liquid

The refractive index of water with respect to air is 4334​ .  What is the refractive index of air with respect to water?

A student is making a diagram of the water cycle. What should the student draw to illustrate evaporation?A.An arrow pointing from a body of water to the skyB.An arrow pointing down a hill to a body of waterC.An arrow pointing from a cloud to the groundD.An arrow pointing from a wet sidewalk a nearby creek