A teacher facilitation guide for the Solar Shadow Lab, featuring setup instructions, common pitfalls, a discussion guide, and a complete answer key for the student worksheet.

An introductory slide deck explaining the properties of UV radiation, the chemistry of cyanotype (sun paper), and the objectives of the solar shadow lab.

A comprehensive lab write-up template for a sun paper (cyanotype) experiment, featuring sections for hypothesis building, variable identification, data collection via sketching and ranking, and reflective analysis.

A compact exit ticket for the Celestial Currents lesson, featuring 3 critical thinking questions about comparative geomorphology and liquid properties in space.

A multi-page independent research log where students investigate specific landforms across the solar system (Vid Flumina, Jezero Crater, Baltis Vallis, Kraken Mare, Kasei Valles, Hadley Rille) and document their physical properties.

Visual presentation slides for the unit review, focusing on plant responses (thigmotropism), vascular transport, human body system interactions, homeostasis, viral vs. cellular structures, and environmental impacts on enzymes.

Updated teacher answer key for the revised System Sleuths worksheet.

Updated unit review worksheet for body systems, now including plant reproduction and clear space for all required student responses.

A teacher's answer key for the Sight Squad materials, including TEKS alignment, scoring guides for written responses, and instructional tips for second grade.

A STAAR-aligned assessment for second grade students focusing on the sense of sight passage. Includes main idea, vocabulary, text evidence, and detailed recall questions.

An engaging reading passage for second graders about the sense of sight, including numbered paragraphs for easy reference and a built-in text evidence task.

A visual presentation introducing the sense of sight, key parts of the eye, and how eyes protect themselves. Includes engagement prompts for second-grade students.

A student lab worksheet for investigating the pH of various common substances. Includes a pH scale reference, data collection table, and analysis questions connecting pH to water's role as a universal solvent and its impact on life.

A teacher-facing answer key for the Penny Power Lab, pH Power Lab, and the Unit Quiz. Updated to reflect the removal of weathering content and addition of pH/acidity.

A short unit quiz covering the physical properties of water (solubility, adhesion, cohesion), pH basics, and watershed definitions including estuaries and human impact. Replacement for weathering content.

A student lab sheet for the 'Penny Power' investigation. Includes sections for hypothesis, data tables for multiple trials (plain vs. soapy water), sketching observations, and analysis questions focused on cohesion and surface tension.

A vibrant anchor chart visualizing the unique physical properties of water: polarity, cohesion, adhesion, and universal solubility. Includes an updated bottom banner focusing on climate, chemistry/pH, and life processes.

A comprehensive teacher guide for a 3-week unit on water properties, chemical nature (pH), and watersheds, aligning Virginia SOL standards. Includes weekly pacing, lab instructions for Penny Power and pH testing, and assessment strategies.

An answer key for the Security Breach Worksheet, providing ideal responses and grading guidance for teachers.

A student worksheet designed to assess understanding of the mechanics, capabilities, and deterrents of a 51% attack. Includes short answer and checkbox sections.

A teacher guide providing talkings points, analogies, and clarification on common misconceptions regarding 51% attacks for use with the slide deck.

A high-level slide deck explaining the mechanics, consequences, and limitations of a 51% attack on blockchain networks. Designed with a cybersecurity theme for visual impact.

A comprehensive teacher's answer key for the Gas Law Gauntlet worksheet, featuring step-by-step solutions, unit conversions, and highlighted final answers for all 18 problems.

A four-page comprehensive practice worksheet covering Boyle's, Charles's, Gay-Lussac's, Combined, Ideal, and Dalton's gas laws, featuring three curated problems for each law with dedicated spaces for givens and calculations.

A visual guide for students to understand the science fair research project process. Covers topic selection, research goals, poster layout tips, and an overview of the grading rubric.

A formal evaluation sheet for teachers to grade elementary science fair research projects. It features scoring sections, evidence checklists for each criterion, and space for professional feedback.

A student-friendly science fair rubric designed for elementary research projects. It features clear, descriptive language and levels (Super Scientist to New Beginner) with space for self-reflection.

A teacher guide for the Carbonate Submarine Fans lesson, featuring a minute-by-minute pacing guide, instructional script, and answer keys for the student activity.

A student-facing activity worksheet designed for master's students to apply the architectural and facies concepts from Bishop et al. (2023) to hypothetical field observations.

A 30-35 minute slide presentation for graduate geology students covering the carbonate submarine fan deposits of the Lake Valley Formation as described by Bishop et al. (2023).

A specialized teacher's guide for comparing planetary landforms, detailing the role of different liquids (water, methane, lava) in geomorphology across the solar system.

A comparative analysis worksheet where students calculate sinuosity and analyze delta formations on Earth and Mars to infer fluid properties.

A comparative graphic organizer where students map liquid-solid interactions on Earth, Mars, Titan, and Venus, identifying the fluid agents and resulting landforms.

A visual comparison slide deck focusing on geomorphological features carved by different liquids on Earth, Mars, and Titan, emphasizing viscosity and density.

A station-based laboratory activity where students test and measure the surface tension, viscosity, capillary action, and density of various liquids through hands-on experimentation.

A structured comparison tool for students to record observations of four different liquids, including sections for viscosity, buoyancy, and visual sketches of molecular interactions.