A fun, fast-paced chemistry game designed to reinforce the rules of chemical nomenclature for ionic and covalent compounds.

A digital forensic escape room where students solve the mystery of a missing classroom phone by analyzing fingerprint evidence, identifying patterns, and matching minutiae.

A comprehensive 45-minute lesson exploring the science of lunar phases and the cultural history of full moon names, specifically designed to support English Language Learners (TELPAS) through sensory language and scaffolded writing.

The culmination of the project where students finalize their productions, peer-review work, and share their broadcasts in a community listening party.

A technical deep-dive into BandLab, covering recording techniques, multi-track editing, and adding musical elements to enhance the narrative.

Students transition from formal research papers to conversational audio scripts, learning how to write for the ear and use hooks to engage listeners.

Students explore the fundamentals of podcasting, analyze existing shows, and identify the structural elements that make audio storytelling effective.

A comprehensive homework assignment covering major human body systems, homeostasis mechanisms, and system interactions through analytical mapping and diagramming.

A comprehensive review of how cells capture and release energy through photosynthesis and cellular respiration, focusing on equations, organelles, and gas exchange.

Plan de lección y materiales para el desarrollo de interfaces móviles avanzadas integrando componentes de imagen, interactividad y diseño responsivo en React Native.

Esta sesión profundiza en la creación de interfaces complejas utilizando React Native, integrando el uso de Flexbox para la distribución proporcional de elementos, el manejo de componentes de imagen avanzados y la implementación de diseños responsivos mediante el uso de la API Dimensions. El docente guiará al estudiante a través de la construcción progresiva de una interfaz tipo tarjeta de perfil interactiva.

Lección práctica de React Native centrada en la creación de interfaces dinámicas y responsivas. Los estudiantes construyen un perfil interactivo integrando componentes visuales, layouts flexibles y lógica de dimensiones.

A project-based lesson where students explore the biological levels of organization by creating a detailed poster of a specific organism from cell to whole being. Students will research and illustrate how specialized cells form tissues, organs, and systems that sustain a single living organism.

Esta lección integra conceptos avanzados de React Native como el uso de componentes de imagen, fondos responsivos, botones interactivos y el manejo de dimensiones del dispositivo. Los estudiantes desarrollarán interfaces prácticas basadas en ejemplos reales como reproductores de música y pantallas de búsqueda.

Una lección práctica de 60 minutos centrada en la integración de componentes de React Native como Imágenes, Textos, TouchableHighlight y diseño responsivo mediante Flex y Dimensions.

Una presentación exhaustiva sobre el uso de componentes de imagen, fondos y diseño responsivo en React Native.

Esta lección cubre el uso avanzado de los componentes Image e ImageBackground en React Native, así como la implementación de interactividad mediante TouchableHighlight y el diseño responsivo utilizando Flexbox y el objeto Dimensions de Expo. Los estudiantes aprenderán a crear interfaces móviles complejas como reproductores de música, páginas de inicio de sesión y diseños de banderas nacionales.

Una lección de repaso integral sobre los componentes fundamentales de React Native, incluyendo Image, ImageBackground, TouchableHighlight y el uso de Flexbox y Dimensions para diseños responsivos en CodeHS.

En esta lección, los estudiantes aprenderán a utilizar componentes visuales avanzados en React Native, incluyendo el manejo de imágenes, interactividad con botones de imagen y diseño responsivo utilizando Flex y Dimensions. Se enfoca en la creación de interfaces atractivas y funcionales para aplicaciones móviles.

This lesson explores the process of converting geothermal energy into electricity, covering the mechanical systems of dry steam, flash steam, and binary cycle power plants. Students will analyze the flow of energy from Earth's core to the electrical grid.

Students analyze the interaction between the respiratory and circulatory systems as they work together to transport oxygen from the environment to body cells for cellular respiration.

A simplified introduction to how plants respond to their environment through various stimuli like light, gravity, and touch. Students will identify stimuli and responses in everyday botanical scenarios.

A comprehensive review lesson focused on enzyme characteristics, their roles in human digestion, the concept of denaturation, and graph analysis of enzyme activity. Students will explore how environmental factors like pH and temperature influence biological reactions.

A high-energy review session covering the circulatory, respiratory, nervous, endocrine, skeletal, muscular, digestive, and excretory systems.

Esta lección introduce a los estudiantes de secundaria en la manipulación dinámica del Document Object Model (DOM) utilizando JavaScript. A través de ejemplos prácticos, se enseña a seleccionar y modificar elementos HTML para transformar páginas estáticas en experiencias interactivas.

Esta lección introduce a los estudiantes en la manipulación dinámica de páginas web utilizando el Document Object Model (DOM). Se enfoca en los métodos fundamentales de selección por identificador y etiqueta para transformar contenido estático en interactivo.

A lesson exploring the reciprocal relationship between photosynthesis and cellular respiration through a controlled snail and plant experiment. Students analyze gas exchange data to understand how organisms sustain each other in an ecosystem.

An introductory set of bell ringers focused on the fundamental principles of forensic science, including Locard's Exchange Principle and evidence classification.

Examines the specific connection between genes and health conditions, focusing on inheritance patterns and disease prevention.

A hands-on exploration of the DNA double helix structure where students build a physical model using common household items.

Introduces students to the concept of inherited traits and the fundamental vocabulary of genetics through sorting and matching activities.

Lección introductoria sobre el uso de document.getElementById y document.getElementsByTagName para transformar páginas web estáticas en experiencias interactivas.

This lesson transitions from primitive 2D arrays to grids of objects, focusing on calling methods on elements and handling null references within a matrix.

This lesson introduces students to traversing and manipulating 2D arrays through five core algorithmic challenges involving integers, doubles, and strings.

En esta lección los estudiantes aprenden a transformar páginas estáticas en experiencias dinámicas utilizando JavaScript para crear e insertar elementos nuevos en el DOM. Se abordan los métodos createElement, appendChild e insertBefore a través de ejemplos prácticos y desafíos de programación real.

Esta lección introduce el concepto de estado en React Native utilizando el entorno de CodeHS. Los estudiantes aprenderán a declarar, mostrar y manipular variables de estado para crear aplicaciones móviles interactivas y dinámicas.

A comprehensive lesson exploring the technical and clinical aspects of Whole Genome Sequencing (WGS), covering the workflow from DNA extraction to variant analysis, and comparing short-read versus long-read technologies.

A deep dive into the complex ethical landscape of CRISPR and gene editing, exploring the boundary between curing disease and human enhancement.

A 30-minute introductory lesson for 12th graders exploring the neurobiology of stress and its impact on executive function and decision-making. Students will identify key brain regions and evaluate how the stress response alters cognitive processing.

A lesson focusing on the states of matter (solid, liquid, gas) and the behavior of particles at the molecular level. Students will model particle motion and arrangement, as well as the energy changes that drive phase transitions.

A comprehensive lesson on the origins of cell theory, the comparison between prokaryotic and eukaryotic cells, and the biological hierarchy from cells to organisms.

A comprehensive lesson exploring the foundations of cell theory, Theodor Schwann's contributions, and the fundamental differences between prokaryotic and eukaryotic cells.

An inquiry-based lab where students use the PhET Coulomb's Law simulation to discover the relationships between charge, distance, and electrostatic force.