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This flash cards are a concise and engaging chemistry revision guide on solutions , crafted in a flashcard style for quick learning. They begin with the basics—defining solutions, solute, solvent, and types like binary solutions—before moving into different ways of expressing concentration such as molarity, molality, normality, ppm, and mole fraction. Key principles like Henry's Law for gas solubility and **Raou for gas solubility and Raoult's Law for vapor for vapor pressure are explained with practical applications, while the distinction between ideal and non-ideal solutions are highlighted is highlighted through clear comparisons. The guide also covers colligative properties . including vapor pressure lowering including vapor pressure lowering, boiling point elevation, freezing point depression, and osmotic pressure, showing how these depend only on the number of solute particles. Special concepts such as azeotropes, reverse osmosis, and the Van't Hoff factor are included to connect theory with real-world examples like soda bottles, scuba diving, and water purification. Overall, this resource is designed to be short, attractive, and exam-focused , presenting formulas, definitions, and examples in a way that makes last-minute revision both effective and easy.

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FLASH CARDS
2026

SOLUTIONS
TUTOR AND FRIEND



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Sprint247
Date: March 31, 2026

, Chemistry Revision Notes:
Solutions

1. Definition & Basics

A solution is a homogeneous mixture of two or more non-reactive components whose
composition can be varied within certain limits.

• Solute: The component present in smaller quantity.
• Solvent: The component present in larger quantity (determines physical state).
• Binary Solution: Contains exactly two components.

Examples: Sugar in water (Solid in Liquid), Iodine in alcohol (Tincture of Iodine).



2. Concentration of Solutions

Term Formula / Definition


Mass % (w/w) (Mass of solute / Total mass of solution) × 100


Volume % (v/v) (Volume of solute / Total volume of solution) × 100


Moles of solute / Volume of solution in Liters
Molarity (M)
Temperature Dependent


Moles of solute / Mass of solvent in Kilograms
Molality (m)
Temperature Independent


Mole Fraction (x) ni / Σn (Sum of all mole fractions is always 1)




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