5 page activity package helping students to learn and understand the periodic table, how it works, how to see patterns (columns vs. rows) and how to identify the main families and their properties. Resource is in French and Follows activities from
This handout accompanies the powerpoint lesson that introduces Grade 9 French Immersion students to "La theorie cinetique" and "les etats de la matiere". Handout and Powerpoint are in French. Powerpoint lesson sold separately.
This introductory lesson is for French Immersion students studying "Sciences 9". Handout to accompany this lesson also available. Introduces students to "l'energie cinetique" and "les etats de la matiere". Student handout is also available
This unit plan includes a 3-day structure introducing French Immersion students to the concept of "Le Conditionnel" and its use in "Si Clauses". This lesson plan makes use of a song (you will need to download it) as well as a brief youtube video.
This is an introductory French Immersion lesson to chemical formulas (Chapter 3.1 of BC "Sciences 9) Text. This lesson introduces students to the concepts of chemical formulas (ionic compounds). The student handout/teacher version are also
This page is a French version of the "Investigating Matter" activity page from the BC "Science 9" workbook. It is a multiple choice activity page, easy to handout for a quick assessment or check-in to see students' understanding of the properties
This information package teaches students about valence electrons and provides a summary of the information found in chapter 2.3 of the BC "Sciences 9" text. Provides the students with an excellent resource to deepen their understanding of
This French Immersion handout and information page accompanies the powerpoint lesson (available for purchase) and introduces students to the concept of ionic compounds and how elements combine. It follows chapter 3.1 of the BC "Sciences 9" text and
This series of three activity pages is for French Immersion Science 9 students. The exercises follow the BC "Sciences 9" text/workbook and allow students to practice reading Bohr Diagrams as well as creating their own and interpreting the