Overview

Solubility and solutions in Grade 11 Science (Alberta) are built with 16 worksheets that help students connect concentration, equilibrium, and ion effects to real materials and processes.

This Lesson Bundle supports classroom instruction aligned to Alberta’s Chemistry focus on predicting solubility behavior, interpreting solution diagrams, and reasoning from evidence using calculations and models.

Primary goal: strengthen students’ ability to justify solubility changes using data, equilibrium ideas, and component-based thinking.

(Worksheet count: 16)

What's Included

• ✅ Solutions and Solubility Worksheets: Concentration & Components Grade 11 – Students review how concentration relates to components in solutions and set up quantities for later solubility reasoning.
• ✅ Solubility Product Ksp & Precipitation Prediction Worksheets Grade 11 – Learners practice using Ksp to decide whether precipitation occurs under given conditions.
• ✅ Solubility Factors in Solutions Worksheets | Grade 11 Science – Students analyze which solution conditions influence solubility and why those factors matter.
• ✅ Solubility Curves Worksheets: Interpreting Solutions for Grade 11 – Students read solubility curves to determine saturation states and interpret changes with temperature.
• ✅ Solubility Equilibrium Worksheets: Saturation States – Grade 11 – Learners connect saturation states to equilibrium language and observable solution behavior.
• ✅ Henry’s Law and Gas Solubility Worksheets – Grade 11 Science – Students apply Henry’s Law to connect gas pressure with dissolved gas concentration.
• ✅ Percent Concentration and Unit Conversions Worksheets Grade 11 Science – Students convert between concentration units to prepare for consistent equilibrium calculations.
• ✅ Molar Concentration and Dilution Calculations Worksheets Grade 11 – Learners use molarity and dilution relationships to model changes in solution composition.
• ✅ Ionic Strength and Non-Ideal Equilibria Worksheets Grade 11 – Students examine ionic strength as a driver of non-ideal behavior in equilibrium settings.
• ✅ Ionic Strength and Non-Ideal Solubility Worksheets Grade 11 Science – Students extend the model to solubility predictions when solutions are not ideal.
• ✅ Water Chemistry & Solubility Worksheets: Corrosion and Scaling Grade 11 – Learners connect solubility to corrosion/scaling outcomes in water systems.
• ✅ Water Chemistry and Industrial Impacts Worksheets – Grade 11 Science – Students link chemistry concepts to industrial water treatment decisions and environmental effects.
• ✅ Electrolyte Properties and Ion Conductance Worksheets Grade 11 – Students analyze how ions affect conductance and relate measured properties to solution composition.
• ✅ Electrolyte Conductivity & Colligative Effects Worksheets Grade 11 – Learners connect colligative effects with particle presence and interpret what changes concentrations do.
• ✅ Common Ion Effect on Solubility Equilibria Worksheets Grade 11 – Students predict shifts in solubility when a common ion is added to an equilibrium system.
• ✅ Common Ion Effect and Solubility Shifts Worksheets Grade 11 Chemistry – Learners quantify how ion addition changes equilibrium position and resulting solubility.

Skills & Standards

Within the Alberta framework, this unit emphasizes disciplinary thinking in Chemistry: using particle/component models, mathematical reasoning, and evidence-based explanations to interpret solution behavior. Students practice crosscutting concepts such as:

• Patterns in how changing variables (temperature, pressure, ion concentration) affect solubility and saturation.
• Systems thinking: treating the solution as a system where components interact through equilibrium processes.
• Cause-and-effect reasoning supported by calculations and model predictions.

Students also strengthen core science practices by:

• Modeling and analysis: setting up Ksp expressions, interpreting solubility curves, and using Henry’s Law for gas solubility.
• Evidence-based explanations: justifying precipitation vs. no precipitation using computed ionic product comparisons.
• Reasoning with equilibrium: connecting saturation states to dynamic equilibrium and predicting shifts using Le Châtelier’s principle (common-ion effect).
• Analytical math: performing unit conversions, molarity and dilution calculations, and integrating ionic strength ideas into non-ideal reasoning.

Throughout the lessons, students repeatedly apply the central idea of solubility and solutions—how composition and conditions determine concentration outcomes.

Perfect For

• Teachers seeking structured instruction
• Sub plans
• Homework or review
• Intervention or centers
• Assessment preparation

How to Use

Plan for 1–3 weeks of instruction depending on class pace, inserting worksheets as daily practice, small-group tasks, or homework check-ins. For example:

• Use a short warm-up each day with one Ksp or solubility-curve question to activate prior reasoning about saturation and equilibrium.
• After guided practice, assign one worksheet focused on a single idea (e.g., common ion effect) so students can demonstrate explanations with calculations.
• End the unit with an exit-ticket set that mixes interpretation (curves/diagrams) and prediction (precipitation, Henry’s Law, dilution), followed by a whole-class review of error patterns.

This bundle supports differentiated pacing while keeping the storyline of solubility and solutions consistent from concentration to equilibrium shifts.

Closing

With these 16 worksheets, students build confident, evidence-based reasoning about solubility and solutions that transfers from coursework to real water, industrial, and environmental contexts.