A step-by-step Scratch coding project where students build a physics-based bottle flip game. This lesson covers events, motion, loops, and variables through an engaging arcade-style project.

An introduction to biomimicry for 1st Grade students, exploring how plants and animals inspire human inventions through interactive slides and creative worksheets.

A comprehensive lesson introducing K-1st grade students to debugging through the lens of Kodable. Students identify, circle, and fix errors in directional code sequences to help their Fuzz friends navigate grids.

Understanding how digital information is sent via binary code and assessing student knowledge of these concepts.

Exploring programming logic through loops and creating a project guide for a drone delivery program.

Introduction to the forces of flight and key terminology used in both aeronautics and computer science for disaster relief missions.

A highly visual lesson designed for WIDA Level 1 ELs, focusing on the phases of mitosis and the process of cell division using simplified language and clear diagrams.

A comprehensive exploration of Simple Harmonic Motion, covering restoring forces, kinematic descriptions, and the conservation of mechanical energy in oscillating systems.

Covers the four gas and ice giants (Jupiter, Saturn, Uranus, and Neptune), along with dwarf planets and a final unit review.

Explores the Sun as our central star and the characteristics of the four inner terrestrial planets (Mercury, Venus, Earth, and Mars).

Focuses on the basic movements of Earth (rotation vs. revolution), the phases of the moon, and the basics of light waves as they relate to space exploration.

Cette leçon guide les élèves dans la conception d'une affiche publicitaire pour leur mini-entreprise, en se concentrant sur le passage du format A4 au format Raisin. Elle intègre des notions de français (titre, légendes) et de mathématiques (proportionnalité) dans un cadre professionnel immersif.

An assessment-focused lesson covering essential ecology concepts including energy flow, relationships between organisms, and human impact on ecosystems.

A comprehensive review lesson covering Earth's water distribution, fossil records in rock layers, plate tectonics, and the water cycle to prepare students for the Unit 4 Quiz.

A comprehensive review lesson covering Earth's water distribution, fossil records in rock layers, plate tectonics, and the water cycle to prepare students for the Unit 4 Quiz.

Plan de lección detallado para docentes sobre el uso de componentes avanzados de diseño e imágenes en React Native, enfocado en la creación de interfaces responsivas e interactivas.

Esta lección se enfoca en la creación de interfaces avanzadas en React Native utilizando componentes de imagen, fondos, interactividad y diseño responsivo basado en dimensiones y flexbox. Los estudiantes aprenderán a integrar estas funcionalidades de manera progresiva a través de ejercicios prácticos guiados.

A 30-minute introductory lesson on closed syllable exceptions (ild, ind, old, ost, olt) using a secret agent theme. Students identify, read, and write 'Rule Breaker' words that have long vowels despite being in closed syllables.

A set of vibrant, high-impact flyers celebrating student growth on WY-TOPP Math (6th/7th) and Science (8th) assessments.

A comprehensive review lesson covering Earth's water distribution, fossil records in rock layers, plate tectonics, and the water cycle to prepare students for the Unit 4 Quiz.

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

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.

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.

Students will investigate how thermal energy affects the speed and spacing of particles in a gas. They will interpret models and data to explain why hot air rises and how this principle is applied to technologies like hot-air balloons.

Students will explore how the mass of a substance remains constant even as it undergoes phase changes (freezing, melting, boiling). They will analyze data involving state changes and evaluate scientific claims about matter 'disappearing' during evaporation.