… one contains 0.2 mol of solute particles, which co tains 0.1 mol of solute particles, and which...

7

Transcript of … one contains 0.2 mol of solute particles, which co tains 0.1 mol of solute particles, and which...

Page 1: … one contains 0.2 mol of solute particles, which co tains 0.1 mol of solute particles, and which contains som where between 0.1 and 0.2 mol of solute particles? (a) Cr2(S04)3(aq)
Page 2: … one contains 0.2 mol of solute particles, which co tains 0.1 mol of solute particles, and which contains som where between 0.1 and 0.2 mol of solute particles? (a) Cr2(S04)3(aq)
Page 3: … one contains 0.2 mol of solute particles, which co tains 0.1 mol of solute particles, and which contains som where between 0.1 and 0.2 mol of solute particles? (a) Cr2(S04)3(aq)
Page 4: … one contains 0.2 mol of solute particles, which co tains 0.1 mol of solute particles, and which contains som where between 0.1 and 0.2 mol of solute particles? (a) Cr2(S04)3(aq)
Page 5: … one contains 0.2 mol of solute particles, which co tains 0.1 mol of solute particles, and which contains som where between 0.1 and 0.2 mol of solute particles? (a) Cr2(S04)3(aq)
Page 6: … one contains 0.2 mol of solute particles, which co tains 0.1 mol of solute particles, and which contains som where between 0.1 and 0.2 mol of solute particles? (a) Cr2(S04)3(aq)
Page 7: … one contains 0.2 mol of solute particles, which co tains 0.1 mol of solute particles, and which contains som where between 0.1 and 0.2 mol of solute particles? (a) Cr2(S04)3(aq)

1 Colligative Properties of Nonelectrolyte Solutions Colligative properties are properties that depend only on the number of solute particles in solution.

1 Colligative Properties of Nonelectrolyte Solutions Colligative properties are properties that depend only on the number of solute particles in solution.

Units: grams per mole g/mol or g mol Molar Mass: mass of one mole of particles 6.02 x 10 23 particles 1 mole.

Units: grams per mole g/mol or g mol Molar Mass: mass of one mole of particles 6.02 x 10 23 particles 1 mole.

Solutions. u A solution is formed when one substance disperses uniformly throughout another. u Intermolecular forces function between solute particles.

Solutions. u A solution is formed when one substance disperses uniformly throughout another. u Intermolecular forces function between solute particles.

Colligative Properties. What are colligative properties? Physical properties Based on # of solute particles, NOT identity!!! 4 properties Vapor Pressure.

Colligative Properties. What are colligative properties? Physical properties Based on # of solute particles, NOT identity!!! 4 properties Vapor Pressure.

Single-Ion Solvation Free Energies and the Normal Hydrogen ... · solute from a standard-state solution-phase concentration of 1 mol solute per 1 kg solvent (molality scale) to a

Single-Ion Solvation Free Energies and the Normal Hydrogen ... · solute from a standard-state solution-phase concentration of 1 mol solute per 1 kg solvent (molality scale) to a

Effects of solute permeability on permeation and solute ...

Effects of solute permeability on permeation and solute ...

Chapter 44 Osmoregulation and excretion. Osmoregulation is the regulation of solute particles and balancing water loss and gain Excretion is the removal.

Chapter 44 Osmoregulation and excretion. Osmoregulation is the regulation of solute particles and balancing water loss and gain Excretion is the removal.

Colligative Properties Depend on the concentration of solute particles, but not on chemical identity. In the case of a solute that does not ionize, “concentration.

Colligative Properties Depend on the concentration of solute particles, but not on chemical identity. In the case of a solute that does not ionize, “concentration.

SOL SOLSOLSOLUTIONSUTIONSUTIONS8. Colligative properties depend on _____. (i) the nature of the solute particles dissolved in solution. (ii) the number of solute particles in solution.

SOL SOLSOLSOLUTIONSUTIONSUTIONS8. Colligative properties depend on _____. (i) the nature of the solute particles dissolved in solution. (ii) the number of solute particles in solution.

mrdoddswebsite.weebly.commembrane Diffusion of Solute Particles solute particle movement Osmosis water movement Passive Transport Passive Transport Diffusion is the movement of particles

mrdoddswebsite.weebly.commembrane Diffusion of Solute Particles solute particle movement Osmosis water movement Passive Transport Passive Transport Diffusion is the movement of particles

Student Study Hub · (d) Phenocetin. Colligative property of dilute solutions depend on (a) the nature of solute (b) the nature of solvent (c) the number of particles of solute (d)

Student Study Hub · (d) Phenocetin. Colligative property of dilute solutions depend on (a) the nature of solute (b) the nature of solvent (c) the number of particles of solute (d)

ion.chem.usu.eduion.chem.usu.edu/~scheiner/LundellChemistry/practiceproblems/ch09... · A solution forms when a solute dissolves in a solvent. The particles of the solute are evenly

ion.chem.usu.eduion.chem.usu.edu/~scheiner/LundellChemistry/practiceproblems/ch09... · A solution forms when a solute dissolves in a solvent. The particles of the solute are evenly

Colligative properties. Colligative property- a property of a solution that depends on concentration of solute (the number of solute particles dissolved)

Colligative properties. Colligative property- a property of a solution that depends on concentration of solute (the number of solute particles dissolved)

Chapter 3 - The Mole and Stoichiometry - Part 1 - The Mole ... · 1 mole = 6:02 1023 \objects" or \particles" =) 1 mol 6:02 1023 particles or 6:02 1023 particles 1 mol Entering scienti

Chapter 3 - The Mole and Stoichiometry - Part 1 - The Mole ... · 1 mole = 6:02 1023 \objects" or \particles" =) 1 mol 6:02 1023 particles or 6:02 1023 particles 1 mol Entering scienti

Student Exploration: OsmosisThe Osmosis Gizmo portrays a cell (red square) in a solution of purple solute particles dissolved in green solvent particles. Press Play ( ) and observe.

Student Exploration: OsmosisThe Osmosis Gizmo portrays a cell (red square) in a solution of purple solute particles dissolved in green solvent particles. Press Play ( ) and observe.

MOLARITY – Ch 13, p. 412 Quantifies the concentration of a solution. Molarity (M) = mol solute = n = mol volume solution V L Read as “moles solute per.

MOLARITY – Ch 13, p. 412 Quantifies the concentration of a solution. Molarity (M) = mol solute = n = mol volume solution V L Read as “moles solute per.

Solutions(dilute) Concentration units M= molaritymoles of solute L of solution X= mol fraction mol of solute mol solute + mol solvent weight %mass of solute.

Solutions(dilute) Concentration units M= molaritymoles of solute L of solution X= mol fraction mol of solute mol solute + mol solvent weight %mass of solute.

Solutions True Solutions: A true solution is a homogeneous solution in which the solute particles have diameters between 0.1 nm to 1 nm i.e., the solute.

Solutions True Solutions: A true solution is a homogeneous solution in which the solute particles have diameters between 0.1 nm to 1 nm i.e., the solute.

M. Böhmer, A. Mol and A. Balguid- Delivery of bioactive agents to tissue-engineered constructs using polymeric micro particles

M. Böhmer, A. Mol and A. Balguid- Delivery of bioactive agents to tissue-engineered constructs using polymeric micro particles

The Mole Concept. What is a mole? IIn chemistry, a mole is a counting unit. Abbreviated mol. 11 mol = 6.022x10 23 representative particles. Avogadro’s.

The Mole Concept. What is a mole? IIn chemistry, a mole is a counting unit. Abbreviated mol. 11 mol = 6.022x10 23 representative particles. Avogadro’s.