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The following figure represents the water system phase diagram, the letter (O) that indicated by the red arrow, has/have a number of degree of freedom equal to.. Vapor pressure (mm Hg) Solid 음 4.58 mm C I 1 P O a. 1 O b. 2 Oc. 3 Liquid 10 10.0098 Temperature (°C) D t₂ Vapor t₁ Decreasing the particle size of the solute (micronization) will: O a. Decrease the surface area and decrease the solubility O b. Decrease the surface area and increase the solubility O c. Increase the surface area and decrease the solubility Od. Increase the surface area and increase the solubility

The following figure represents the water system phase diagram, the letter (O) that indicated by the red arrow, has/have a number of degree of freedom equal to.. Vapor pressure (mm Hg) Solid 음 4.58 mm C I 1 P O a. 1 O b. 2 Oc. 3 Liquid 10 10.0098 Temperature (°C) D t₂ Vapor t₁ Decreasing the particle size of the solute (micronization) will: O a. Decrease the surface area and decrease the solubility O b. Decrease the surface area and increase the solubility O c. Increase the surface area and decrease the solubility Od. Increase the surface area and increase the solubility

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The following figure represents the water system phase diagram, the letter (O) that indicated by the red arrow, has/have a number of degree of freedom equal to.. Vapor pressure (mm Hg) L P₁ P₂ Solid 4.58 mm C O a. 1 O b. 2 Oc. 3 Liquid 10.0098 1 ts Temperature (°C) E D I t₂ Vapor I T 1 1 t₁ Decreasing the particle size of the solute (micronization) will: O a. Decrease the surface area and decrease the solubility O b. O c. Decrease the surface area and increase the solubility Increase the surface area and decrease the solubility Increase the surface area and increase the solubility O d.
Transcribed Image Text:The following figure represents the water system phase diagram, the letter (O) that indicated by the red arrow, has/have a number of degree of freedom equal to.. Vapor pressure (mm Hg) L P₁ P₂ Solid 4.58 mm C O a. 1 O b. 2 Oc. 3 Liquid 10.0098 1 ts Temperature (°C) E D I t₂ Vapor I T 1 1 t₁ Decreasing the particle size of the solute (micronization) will: O a. Decrease the surface area and decrease the solubility O b. O c. Decrease the surface area and increase the solubility Increase the surface area and decrease the solubility Increase the surface area and increase the solubility O d.
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