Explain why the densest liquid settles at the bottom, using the concept of density and its relationship to temperature.

Step 1: Define density. Density is the mass per unit volume of a substance. ρ = m/V Step 2: Explain how density changes when matter is heated. When matter is heated, its volume increases while its mass remains constant. Since ρ = m/V, an increased volume leads to a decrease in density. Step 3: Identify the layer with the highest density. The densest liquid settles at the bottom in a layered system. The layer with the highest density is the bottom layer.

Explain why the densest liquid settles at the bottom, using the concept of density and its relationship to temperature.

Step 1: Define density. Density is the mass per unit volume of a substance. ρ = m/V Step 2: Explain how density changes when matter is heated. When matter is heated, its volume increases while its mass remains constant. Since ρ = m/V, an increased volume leads to a decrease in density. Step 3: Identify the layer with the highest density. The densest liquid settles at the bottom in a layered system. The layer with the highest density is the bottom layer.

Solved: Explain why the densest liquid settles at the…

Define density.
Density is the mass per unit volume of a substance.
$\rho = \frac{m}{V}$
Explain how density changes when matter is heated.
When matter is heated, its volume increases while its mass remains constant. Since $\rho = \frac{m}{V}$ , an increased volume leads to a decrease in density.
Identify the layer with the highest density.
The densest liquid settles at the bottom in a layered system.
The layer with the highest density is the bottom layer.

Explain why the densest liquid settles at the bottom, using the concept of density and its relationship to temperature.

Step-by-step solution

Define density.

Explain how density changes when matter is heated.

Identify the layer with the highest density.

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