For a substance to be considered incompressible, the property that must remain constant is its density.

Here's why:

1. Incompressibility refers to the property of a substance where its volume cannot be changed significantly by applying pressure.

2. This means that the volume of the substance remains constant even under pressure.

3. Since density is defined as mass per unit volume, if the volume remains constant (as it does for incompressible substances), the density also remains constant.

4. Therefore, for a substance to be considered incompressible, its density must remain constant.

5. Specific volume, pressure, and temperature can change without affecting the incompressibility of a substance. For example, you can heat an incompressible substance (changing its temperature) without making it compressible. Similarly, you can apply pressure to an incompressible substance without changing its volume significantly.

So, the correct answer is Density.

Question

For a substance to be considered incompressible, the property that must remain constant is its density.

Here's why:

1. Incompressibility refers to the property of a substance where its volume cannot be changed significantly by applying pressure.

2. This means that the volume of the substance remains constant even under pressure.

3. Since density is defined as mass per unit volume, if the volume remains constant (as it does for incompressible substances), the density also remains constant.

4. Therefore, for a substance to be considered incompressible, its density must remain constant.

5. Specific volume, pressure, and temperature can change without affecting the incompressibility of a substance. For example, you can heat an incompressible substance (changing its temperature) without making it compressible. Similarly, you can apply pressure to an incompressible substance without changing its volume significantly.

So, the correct answer is Density.

Knowee AI · Accepted Answer

For a substance to be considered incompressible, the property that must remain constant is its density.

Here's why:

1. Incompressibility refers to the property of a substance where its volume cannot be changed significantly by applying pressure.

2. This means that the volume of the substance remains constant even under pressure.

3. Since density is defined as mass per unit volume, if the volume remains constant (as it does for incompressible substances), the density also remains constant.

4. Therefore, for a substance to be considered incompressible, its density must remain constant.

5. Specific volume, pressure, and temperature can change without affecting the incompressibility of a substance. For example, you can heat an incompressible substance (changing its temperature) without making it compressible. Similarly, you can apply pressure to an incompressible substance without changing its volume significantly.

So, the correct answer is Density.

For a substance to be considered incompressible, select all of the properties that must remain constant.Group of answer choicesSpecific volumePressureTemperatureDensity

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