Stoichiometry in Solutions - Senior Chemistry lesson

Senior chemistry lesson on stoichiometry in aqueous solutions, covering ionic dissociation, total and net ionic equations, and molar concentration calculations, in teacher and student PowerPoint versions.
Pages
11
File type
Multiple File Types
Editable
Yes

Updated Sep 26, 2026

Subject
Chemistry, Science
Topic
Chemistry Lesson, Ionic Compounds
Resource types
Lesson Plans
Editable
Yes

From the author

About this resource

Stoichiometry in Solutions Lesson Plan for Senior Chemistry This chemistry lesson plan covers key concepts in stoichiometry in solutions for the senior secondary school level. Students will learn about solutions, solvents, solutes, concentration calculations, molarity, mole equations, ion concentrations, and preparing solutions through an engaging PowerPoint presentation. The resource includes a teacher version and a student version of the presentation to facilitate differentiated instruction. The student version has strategic blanks for students to fill in, promoting active participation and learning. An auto-marked exit ticket and a student lesson handout for note-taking are also provided to reinforce learning and streamline assessment. This versatile lesson seamlessly integrates into diverse learning environments, including traditional, virtual, whole-class, small group, or independent study. By reducing teacher prep and marking times, it allows more room for meaningful discussions, inquiry, and those "aha!" moments with students. Presentation files are provided in both Microsoft Office and Google formats for flexibility. With visuals to capture interest, built-in formative assessment, and adaptable delivery methods, this time-saving stoichiometry lesson empowers educators to boost senior chemistry student comprehension.

In the classroom

Teaching tips & learning objectives

Learning objectives

  • Write total and net ionic equations for reactions in aqueous solution

  • Calculate mass or molar concentration using solution stoichiometry

Teaching tips

  • The lesson refers back to a prior unit on mole ratios and limiting reagents, so review those before starting.

Skills covered

  • Writing net ionic equations — removing spectator ions from a displacement reaction

  • Solution stoichiometry — converting between molarity, moles and mass in practice problems

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Resource details

Concepts & topics

Core concepts

  • Net ionic equations

  • Molarity

  • Solution stoichiometry

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