Questions: Oceans and Climate Quick Check Which qualities of the ocean help it to absorb heat? Select the three correct answers. (2 points) a low evaporation point large surface area transparency to electromagnetic radiation Water can be a solid, liquid, or gas at Earth's surface. proximity to land a high specific heat capacity compared to land or air

The three qualities of the ocean that help it to absorb heat are:

1. Large surface area: The ocean covers a vast portion of the Earth's surface, allowing it to absorb a significant amount of solar energy.

2. Transparency to electromagnetic radiation: The ocean is transparent to certain wavelengths of electromagnetic radiation, particularly visible light, which allows sunlight to penetrate and be absorbed by the water.

3. A high specific heat capacity compared to land or air: Water has a high specific heat capacity, meaning it can absorb a lot of heat without a significant increase in temperature. This property allows the ocean to store and retain heat efficiently.

Explanation for each option:

• A low evaporation point: This is incorrect. Water has a relatively high evaporation point compared to many other substances, which is not directly related to its ability to absorb heat.

• Large surface area: Correct. The ocean's vast surface area allows it to absorb a large amount of solar energy.

• Transparency to electromagnetic radiation: Correct. This property allows sunlight to penetrate the ocean, facilitating heat absorption.

• Water can be a solid, liquid, or gas at Earth's surface: This is incorrect. While this is a property of water, it does not directly relate to the ocean's ability to absorb heat.

• Proximity to land: This is incorrect. Proximity to land does not affect the ocean's ability to absorb heat.

• A high specific heat capacity compared to land or air: Correct. This property allows the ocean to absorb and store large amounts of heat energy.

In summary, the correct answers are: large surface area, transparency to electromagnetic radiation, and a high specific heat capacity compared to land or air.