An anchor chart explaining the interactions between plant transport, reproduction, and response systems, specifically focusing on how hormones and vascular structures facilitate these processes.

An anchor chart detailing the reproductive structures of a flower, including male and female parts and the stages of the plant life cycle.

An anchor chart focused on transpiration and the function of stomata and guard cells in plant systems.

An anchor chart for photosynthesis, explaining the inputs and outputs of the process, the role of chloroplasts, and the chemical equation.

An anchor chart detailing the differences between xylem and phloem, highlighting their roles in transporting water and nutrients throughout a plant.

A student activity sheet focused on viral structure, reproduction, and comparison with prokaryotic cells to address gaps identified in the unit assessment.

A comprehensive answer key for the Unit Mastery Assessment, including correct answers, TEKS alignment, and brief explanations for student remediation.

A student mastery choice board for the Life Systems unit, allowing students to choose between visual, writing, and hands-on tasks to demonstrate their understanding of plant and animal interactions.

A teacher resource providing specific scaffolding, extension, and EL support strategies for the Animal Systems lesson, including a medical-themed mastery choice board.

A teacher resource providing specific scaffolding, extension, and EL support strategies for the Plant Power lesson, including a sample mastery choice board.

A visual presentation for Investigation 12 (Animal Systems) covering the marathon runner phenomenon, homeostasis (feedback loops), nutrient absorption, and body defense layers.

A student laboratory and activity packet for Investigation 11 (Plant Systems) covering transpiration (celery lab), tissue mapping, flower reproduction, and environmental tropisms.

A teacher facilitation guide for Investigation 12 (Animal Systems), detailing a 2-block instructional sequence focused on homeostasis, nutrient absorption, reproduction, and defense.

A visual presentation for Investigation 11 (Plant Systems) covering the Pando Aspen phenomenon, tissue systems, vascular transport (Xylem/Phloem), and environmental responses (Tropisms).

A student activity packet for Investigation 12 (Animal Systems) including a hands-on homeostasis lab, data analysis on nutrient absorption, and system interaction synthesis questions.

A teacher facilitation guide for Investigation 11 (Plant Systems), outlining a 2-block instructional sequence focused on tissue systems, transport, reproduction, and environmental response.

A comprehensive teacher facilitation guide providing pacing information, discussion prompts, and an answer key for the graphing and comparison activities in 'The Speed of Addiction' lesson.

Visual presentation slides to guide students through the 'Speed of Delivery' concept, including the hook poll, embedded educational video, and case studies comparing different substances.

A comprehensive graphing and analysis worksheet for students to record predictions, plot dopamine spike curves, and compare various substance delivery modes based on the biological 'Speed of Delivery' concept.

A comprehensive teacher's guide for the Mind and Molecules lesson, including pacing, neurotransmitter keys, pharmacological mechanisms of action, and discussion prompts for AP Biology.

A clinical-themed research log for AP Biology students to record brainstormed functions, video notes, pharmacological research, and synaptic diagrams.

A comprehensive slide deck for teaching the neurobiology of mental illness, featuring an embedded Khan Academy video, guided research prompts, and discussion anchors for AP Biology students.

A facilitation guide for teachers featuring lesson pacing, specific video pause prompts with suggested answers, and a physiological cheat sheet to support students during their treatment research activity.

A visual presentation for teaching the five major anxiety disorders, featuring embedded video content, discussion prompts for key teaching moments, and instructions for the physiological deep dive activity.

A comprehensive research journal for 11th-12th grade psychology students to record video notes on anxiety disorders and conduct a physiological deep dive into how specific medications interact with the brain and body to treat symptoms.

A teacher reference sheet providing technical details on the biological mechanisms of steroids, LSD, marijuana, and thyroid hormones to support the research activity.

A research guide for students to investigate the biological mechanisms of chemical substances that cause psychosis, including sections for mechanism of action and neurotransmitter mapping.

A student worksheet for the Brain Freeze biology lesson, including a video sketching area, a flowchart blueprint for the neural stress response, and a built-in exit ticket.

A slide deck for high school biology exploring the chemical basis of psychosis, including definitions, a video embed, and research activity instructions.

Évaluation sommative finale pour la séquence sur le principe d'inertie, incluant restitution de cours, analyse de scénarios et schématisation vectorielle.

A visual presentation for the Brain Freeze biology lesson, featuring an embedded video, key concept breakdowns of memory stages, and clear instructions for the neural pathway mapping activity.

Feuille d'exercices de synthèse appliquant le principe d'inertie à des cas complexes comme les sondes spatiales, l'analyse de chronophotographies et le sport (curling).

Mini-quiz d'évaluation formative de 10 minutes pour vérifier la compréhension immédiate de l'énoncé du principe d'inertie et de sa contraposée.

A comprehensive teacher facilitation guide for the Brain Freeze biology lesson, featuring a detailed timeline, learning objectives, discussion anchors with timestamps, and an answer key for the neural pathway activity.

Feuille d'exercices focalisée sur l'application du principe d'inertie à travers des bilans de forces vectorielles et des situations concrètes (parachutiste, hockey).

Guide d'activité numérique utilisant un simulateur PhET pour manipuler les forces et observer leur impact sur le mouvement, permettant de redécouvrir le principe d'inertie de manière expérimentale.