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IB physics: A.0 - Error Analysis
This lesson describes the data analysis essential for IB physics Paper 1B and the Internal Assessment. It has 2 sections: The first covers random & systematic errors, error estimation & propagation. This includes the standard formulae used by IB for functions with sums & differences, products & division, and powers. It also describes how to deal with more complex functions such as the trigonometric operators. The second deals with straight line fitting and how to extract error estimates from th
11th - 12th, Adult Education
Basic Principles, Physical Science, Physics
Project Red Haven: Mars Colony Finance Simulation
Project Red Haven: Mars Colony Finance Simulation Subject Area: Personal Finance, Economics, STEM Integration Grade Level: 9–12 (Adaptable for Middle School) Duration: 7–10 Class Days Overview: In this immersive simulation, students act as members of a NASA-backed Mars colony team responsible for building and sustaining a human settlement on the Red Planet. Through budgeting, decision-making, and financial problem-solving, they learn key personal finance principles such as budgeting, saving, in
9th - 12th
Basic Principles, Financial Literacy
States of Matter PowerPoint & Balloon Experiment | Solid Liquid Gas Science
Engage your students with this hands-on States of Matter lesson featuring a fun balloon experiment and clear, student-friendly , animated PowerPoint! This resource helps students explore solids, liquids, and gases through visual learning, discussion, and an exciting chemical reaction. Perfect for busy classrooms, this low-prep science resource makes abstract concepts easy to understand while keeping students actively involved. What’s Included: ✔ Animated States of Matter PowerPoint ✔ Cl
2nd - 10th
Basic Principles, Chemistry, General Science
Practical Straight Line Fitting
This lesson is a practical guide to fitting straight lines to data points with error bars. It explains how to determine the error on the fit so that the experimental result has an associated error. It is NOT a mathematical explanation of least squares minimization but a guide intended for high school students with experimental data. It discusses both linear and log plots. It is based on a simple treatment of so-called "maximal" errors typically used in high school. In this context it is generall
11th - 12th, Adult Education
Basic Principles, General Science, Physics
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