eberg is shown in the illustration below.\nwhy does the iceberg float instead of sinking to the bottom of…

eberg is shown in the illustration below.\nwhy does the iceberg float instead of sinking to the bottom of the ocean?\nthe water is more dense than the ice.\nthe ice weighs less than the water.\nthe ice has a greater salt - concentration than the water.\nthe water has currents that force the ice upward.

eberg is shown in the illustration below.\nwhy does the iceberg float instead of sinking to the bottom of the ocean?\nthe water is more dense than the ice.\nthe ice weighs less than the water.\nthe ice has a greater salt - concentration than the water.\nthe water has currents that force the ice upward.

Answer

Brief Explanations:

The principle of buoyancy states that an object will float if it is less dense than the fluid it is in. Ice is less dense than water, so the iceberg floats. The weight - comparison in the second option is not accurate as it depends on volumes. Ice has lower salt - concentration than seawater and water currents are not the main reason for floating.

Answer:

The water is more dense than the ice.