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Question & Answer
Choose the Best Answer
It decreases the density, which can disrupt hydrostatic equilibrium.
It increases the density, supporting hydrostatic equilibrium.
It has no effect on the density, keeping hydrostatic equilibrium stable.
It only affects the pressure, not the density.
Understanding the Answer
Let's break down why this is correct
When water warms, its molecules move faster and spread apart, which makes the water less dense. Other options are incorrect because The idea that hotter water is heavier is a common misunderstanding; Saying temperature has no effect on density ignores the fact that density is a function of temperature.
Key Concepts
Hydrostatic Equilibrium
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Deep Dive: Hydrostatic Equilibrium
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Definition
Hydrostatic equilibrium explains pressure changes with altitude in fluids like liquids and gases. By analyzing density variations, the hydrostatic equilibrium equation helps predict pressure shifts due to height differences, essential in understanding atmospheric pressure variations.
Topic Definition
Hydrostatic equilibrium explains pressure changes with altitude in fluids like liquids and gases. By analyzing density variations, the hydrostatic equilibrium equation helps predict pressure shifts due to height differences, essential in understanding atmospheric pressure variations.
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