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Stoichiometry - Solving Quantitative Chemisty- Senior Chemistry Lesson

Stoichiometry - Solving Quantitative Chemisty- Senior Chemistry Lesson preview
Stoichiometry - Solving Quantitative Chemisty- Senior Chemistry Lesson preview
Stoichiometry - Solving Quantitative Chemisty- Senior Chemistry Lesson preview 2
Stoichiometry - Solving Quantitative Chemisty- Senior Chemistry Lesson preview 3
Stoichiometry - Solving Quantitative Chemisty- Senior Chemistry Lesson preview 4

Look Inside · 10 pages · answer key included

Stoichiometry lesson cover listing chemical reactions, the mole, calculation steps, and worked practice
Lesson cover and topic overview
Introduction slide defining stoichiometry as calculations involving chemical reactions in the lesson
Definition introducing the lesson
Lesson slide explaining how moles and balanced chemical equations predict the amount of product formed
Chemical reactions and the mole
Lesson slide outlining four steps: balance the equation, find known moles, use a ratio, and find quantity
Four steps for stoichiometry calculations
Lesson flowchart tracing given quantity to given moles, unknown moles, and unknown quantity using a mole ratio
Conversion pathway for the four-step method
Mole ratio lesson slide using water formation to show two hydrogen molecules to one oxygen to two water
Water formation introduces reaction ratios
Lesson slide extending the water formation ratio to moles: 2 mol hydrogen, 1 mol oxygen, and 2 mol water
From molecular ratios to mole ratios
Practice slide asking what mass of water forms when 209 g of methanol burns, followed by four solving steps
Methanol combustion practice question
Methanol problem progress slide marking equation balancing and finding known moles complete out of four steps
Progress check after two solution steps

Answer key included

Answer key included
Attributes
Grades

Grade 10, 11, 12

Editable
Yes
Rating
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About This Product

Stoichiometry - Solving Quantitative Chemistry Problems - Senior Chemistry Lesson

Your lesson covers chemical reactions and balancing. In order, the lesson teaches about; What is Stoichiometry?, Chemical Reactions and the Mole, Steps to Stoichiometry, and the Mole Ratio.

Your lesson includes the teacher and student version of the presentation, an auto-graded exit ticket, and a student lesson handout so the students can record the notes on a more condensed medium.

This lesson is designed to be your go-to resource, whether you're in a traditional classroom or a virtual one. With both a teacher version and a student version, it seamlessly fits into your lesson plans, making learning engaging and adaptable.

Assessment made easy

We've included an auto-graded Exit Ticket and a quiz with an answer key because I know you don't have an excess of time. I know you don't, because I don't and I know I'll do whatever I can to reduce my grading time.

Whether you use PowerPoint or Google Slides, prefer Word or Google Docs, this lesson has you covered. This lesson comes in both Office and Google formats for your convenience.

The student version of the presentation has strategically placed blanks for them to fill in as you're teaching. It keeps them active and engaged, encourages discussion, and leaves more time for those "aha" moments.

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