A slide deck for introducing 'The Missing Card' mystery, covering suspect profiles, the difference between evidence and inference, and timeline analysis techniques. Designed for whole-class instruction before students complete their investigative reports.

An answer key for 'The Missing Card' Case File, identifying Denise as the culprit based on fingerprint, handwriting, and timeline evidence. It provides a breakdown of correct evidence vs. inference classifications and a scoring guide for the CER section.

A formal CSI Case File worksheet where students use deductive reasoning, forensic lab reports (fingerprints, handwriting, digital alerts), and timeline analysis to solve 'The Missing Card' mystery. It includes an Evidence vs. Inference table and a structured CER (Claim, Evidence, Reasoning) section for final conclusions.

Teacher's guide with an updated instructional roadmap focused on inquiry-based learning, where scientific terms are revealed only after the "In a Hurry" discovery activity.

Activity sheet for testing factors that affect reaction rates using effervescent tablets. Framing uses descriptive scenarios rather than technical terms to allow for discovery.

Student lab worksheet for conducting exothermic and endothermic experiments using simple household materials. Includes observation tables and analysis questions.

Visual presentation for instruction on energy changes and reaction rates. Now structured for inquiry-based learning where factors are revealed after the activity.

A concise exit ticket for the Indiana biodiversity lesson, featuring a mix of recall questions and a quick emotional check-in for students.

A teacher's answer key for the Indiana Biodiversity webquest, providing suggested responses and key facts for each section of the student worksheet.

A student-facing webquest document for exploring Indiana's biodiversity threats. Includes specific links and structured questions on deforestation, invasive species, and climate change.

A teacher answer key for the Energy Map Worksheet. Provides model answers for Collision Theory requirements, a labeled endothermic enthalpy diagram sketch, formula selection for thermochemistry scenarios, and a detailed synthesis explanation of body heat. Optimized with corrected subscripts and math alignment.

A two-page synthesis worksheet designed to accompany the Bond Energy Infographic. Students apply Collision Theory, model enthalpy diagrams for specific scenarios, select appropriate mathematical formulas for thermo problems, and explain the anchoring phenomenon of body heat. Optimized with improved work areas and page breaks.