All (17060)
Notes (10000)
note
gas
Updated 457d ago
0.0(0)
note
GA
Updated 472d ago
0.0(0)
note
Gas Phase and Ideal Gas Laws
Updated 354d ago
0.0(0)
note
gas
Updated 120d ago
0.0(0)
note
Gas Laws
Updated 72d ago
0.0(0)
note
Gas Laws
Updated 803d ago
0.0(0)
note
Oil and gas
Updated 912d ago
0.0(0)
note
Gas Exchange
Updated 133d ago
0.0(0)
note
Gas Exchange
Updated 148d ago
0.0(0)
note
gas exchange
Updated 43d ago
0.0(0)
note
Gas Laws
Updated 181d ago
0.0(0)
note
Gas Laws
Updated 155d ago
0.0(0)
note
Gas exchange
Updated 1361d ago
0.0(0)
Flashcards (6846)
flashcards
Gases + Gas Laws
17
Updated 1h ago
0.0(0)
flashcards
Gas Vocab /Formulas
23
Updated 3h ago
0.0(0)
flashcards
Thermodynamics & Gas Law
91
Updated 5h ago
0.0(0)
flashcards
1. Concentration Terms A. Molarity (M) Definition: Number of moles of solute present in 1 litre of solution. Formula: Where: � = Mass of solute (g) � = Molar mass of solute � = Volume of solution (mL) Important: Molarity changes with temperature because volume changes. B. Molality (m) Definition: Number of moles of solute present in 1 kg of solvent. Formula: Where: � = Mass of solvent (g) Important: Molality is independent of temperature. ⭐ Frequently asked theory question. C. Mole Fraction (x) Key Relation: 2. Solubility & Vapour Pressure A. Henry's Law Statement: The solubility of a gas in a liquid is directly proportional to its pressure. Where: � = Solubility � = Henry's constant � = Pressure B. Raoult's Law For a solution containing two volatile liquids: Where: �, � = Vapour pressures of pure liquids �, � = Mole fractions C. Ideal vs Non-Ideal Solutions Ideal Solution Non-Ideal Solution Follows Raoult's law completely Deviates from Raoult's law ΔV = 0 ΔV ≠ 0 ΔH = 0 ΔH ≠ 0 Example: Benzene + Toluene Shows positive/negative deviation 3. Colligative Properties Definition Properties that depend only on the number of solute particles, not on their nature. A. Relative Lowering of Vapour Pressure (RLVP) For dilute solutions: Where: � = Vapour pressure of pure solvent � = Vapour pressure of solution B. Elevation of Boiling Point Where: � = Ebullioscopic constant C. Depression of Freezing Point Where: � = Cryoscopic constant D. Osmotic Pressure Where: � = Molarity � = 0.0821 L atm K⁻¹ mol⁻¹ � = Temperature in Kelvin Expanded form: 4. Van't Hoff Factor (i) ★ Most Important When solute particles dissociate or associate, the number of particles changes. Formula Non-Electrolytes Do not dissociate. Examples: Urea Glucose Sucrose Strong Electrolytes NaCl MgCl₂ Al₂(SO₄)₃ Degree of Dissociation (α) Where: � = Total ions formed
13
Updated 11h ago
0.0(0)
flashcards
Gas Laws - Boyle's Law
8
Updated 12h ago
0.0(0)
flashcards
GA MPJE Law Exam
4
Updated 20h ago
0.0(0)
flashcards
gas exchange
86
Updated 1d ago
0.0(0)
flashcards
Blood Gas Analysis
19
Updated 1d ago
0.0(0)
flashcards
gas laws
13
Updated 1d ago
0.0(0)
flashcards
CPrac D - Gas collection
14
Updated 1d ago
0.0(0)
flashcards
Oil, Gas, Hibernia
5
Updated 2d ago
0.0(0)
flashcards
GA heart stuff pg 6-7
30
Updated 3d ago
0.0(0)
Users (214)