Question

How does the density of ice compare to that of liquid water and why is that property important to aquatic organisms? (1 point)

A.The density of ice is higher than that of liquid water, which means that ice forms from the bottom of lakes upward, protecting aquatic life in winter.

B.The density of ice is lower than that of liquid water, which means that ice forms from the top of lakes downward, protecting aquatic life in winter.

C.The density of ice is higher than that of liquid water, which means that ice forms from the top of lakes downward, protecting aquatic life in winter.

Answer 1

The correct answer to the question is : B) The density of ice is lower than that of liquid water, which means that ice forms from the top of lakes downward, protecting aquatic life in winter.

Step-by-step explanation:

The density of a substance is defined as the mass of the substance per unit volume.

Hence, the density of the substance is inversely proportional to the volume of substance.

The volume of certain amount of ice is greater as compared to the same amount of water due to its molecular arrangement. It signifies that density of ice is lower than water. Hence, ice formed on the top of lake is downward.

During winter season, it is the ice layer formed on the surface of water in lakes keeps the aquatic animal safety from the intense coldness.

Hence, the correct explanation is second statement.

Answer 2

The correct answer is B, The density of ice forms from the top of lakes downward, protecting aquatic life in winter.

The ice is the one which is being modified and forms water. Particles gather together to form solid which is then separated to form water or liquid.

Ice is the one which is being solidified to form water to mean that the particles which were gathered together as solid have separated to form a liquid.
Ice is abundant and occurs naturally in the solar systems and close to the sun as mercury. Ice can be used as an ice sculpture, winter sports, and cooling.