Teacher answer key for the Phase Curve Lab, including a corrected reference graph, ideal student responses, and cooling curve identifications. Improved with numerical axis labels and better page flow.

A lab-style worksheet where students graph phase change data for 'Substance Omega' and answer analysis questions about kinetic and potential energy. Improved with numerical axis labels and better page flow.

A visual slide deck explaining the key features of heating and cooling curves. Updated with axis labels, improved graph layouts, and a transition to the lab activity.

An informational reading passage for students about the meteorology of Indiana's tornadoes, the EF scale, and structural engineering principles for wind resistance. Revised for better page breaks and expanded writing space in the quiz.

A student-facing engineering journal for the Storm Shield project, providing structured space for blueprint sketching, test data collection, and failure analysis reflections. Revised for better page breaks and student work area visibility.

An instructional slide deck for students covering Indiana's weather patterns, the physics of wind forces on buildings, and the specific parameters for the Storm Defense engineering challenge.

A comprehensive teacher's lesson plan for the Tornado Alley Engineers project, featuring NGSS alignment, a detailed 5E instructional sequence, and a materials checklist for the STEM challenge.

A student worksheet for 'Packet Pushing Pioneers' where they label packet parts, solve routing problems, and reflect on network protocols.

Printable materials for the 'Router Relay' simulation game, including routing table cards and packet templates.

An engaging slide deck for 'Packet Pushing Pioneers' explaining packets, IP addresses, and routers with a high-tech visual theme.

A comprehensive teacher lesson plan for 'Packet Pushing Pioneers' including objectives, pacing, materials, and teaching tips.

Un guide complet pour l'enseignant incluant les objectifs pédagogiques, le déroulement de la séance étape par étape, des conseils techniques pour Vittascience et le corrigé de la fiche élève.

Une fiche d'activité structurée pour les élèves, les guidant à travers les étapes de collecte de données, d'entraînement de l'IA sur Vittascience et de conception de l'algorithme du distributeur.

Une présentation de 6 diapositives introduisant les concepts d'IA pour le projet de distributeur de croquettes intelligent, incluant le fonctionnement des pixels, l'apprentissage supervisé et le score de confiance.