Description
Bring radioactive decay to life with this interactive Half-Life Simulation Lab Bundle! Perfect for General Physics, NGSS, and IB DP Physics classes, this resource helps students visualize and understand how half-life, decay constant (λ), and exponential decay work — not just in theory, but through real-time simulation and data analysis.
Students explore radioactive decay using a click-activated HTML simulation (no installation required), collect decay data, analyze the differences between theoretical and random decay curves, and test their understanding with a self-marked quiz built right into the app. The included worksheet guides them step-by-step, while the answer key ensures quick marking and efficient assessment.
WHAT’S INCLUDED
Interactive Half-Life Simulator (HTML App)
- Visual decay of atoms (green → gray)
- Blue theoretical exponential decay curve vs green actual curve
- Adjustable isotope, atom count, and simulation speed
- Optional Geiger-click sound for each decay
- Data table generation
- Built-in self-marked quiz (10 questions: MCQ + numerical)
- works offline!Works on any device, For iPad devices, first download the free Documents app from the App Store then download and open this App.
Printable Student Worksheet (PDF / Editable)
- Vocabulary, guided practice, data collection, graphing, and reflection
- Sections include: Pre-lab, Simulation Tasks, Data Table, Isotope Comparison, and Noise Analysis
- Direct link space for the simulator
Teacher Answer Key
- Fully solved worksheet
- Marking guidance and example responses
- Quiz answer key included
LEARNING OBJECTIVES
By using this resource, students will:
🔸 Define and apply half-life and decay constant (λ)
🔸 Explain why radioactive decay is a random yet predictable process
🔸 Compare theoretical exponential decay models to real data
🔸 Estimate half-life and λ from measurements and logarithmic relationships
🔸 Analyze slopes and trends using ln(N) vs time graphs
🔸 Complete a built-in digital quiz for immediate feedback
PERFECT FOR
- High School Physics (G11–G12)
- IB DP Physics: Theme E
- NGSS: HS-PS1-8 (Nuclear processes)
- College Prep Physics
- Honors and Enrichment activities
- Digital or hybrid learning classrooms
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TERMS OF USE:
Selling This Item On The Internet Is Prohibited Without Prior Permission From The Author And Is A Violation Of The Copyright.
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Half-Life Simulation Lab: Radioactive Decay Interactive App, Worksheet,& Answer
Highlights
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Description
Bring radioactive decay to life with this interactive Half-Life Simulation Lab Bundle! Perfect for General Physics, NGSS, and IB DP Physics classes, this resource helps students visualize and understand how half-life, decay constant (λ), and exponential decay work — not just in theory, but through real-time simulation and data analysis.
Students explore radioactive decay using a click-activated HTML simulation (no installation required), collect decay data, analyze the differences between theoretical and random decay curves, and test their understanding with a self-marked quiz built right into the app. The included worksheet guides them step-by-step, while the answer key ensures quick marking and efficient assessment.
WHAT’S INCLUDED
Interactive Half-Life Simulator (HTML App)
- Visual decay of atoms (green → gray)
- Blue theoretical exponential decay curve vs green actual curve
- Adjustable isotope, atom count, and simulation speed
- Optional Geiger-click sound for each decay
- Data table generation
- Built-in self-marked quiz (10 questions: MCQ + numerical)
- works offline!Works on any device, For iPad devices, first download the free Documents app from the App Store then download and open this App.
Printable Student Worksheet (PDF / Editable)
- Vocabulary, guided practice, data collection, graphing, and reflection
- Sections include: Pre-lab, Simulation Tasks, Data Table, Isotope Comparison, and Noise Analysis
- Direct link space for the simulator
Teacher Answer Key
- Fully solved worksheet
- Marking guidance and example responses
- Quiz answer key included
LEARNING OBJECTIVES
By using this resource, students will:
🔸 Define and apply half-life and decay constant (λ)
🔸 Explain why radioactive decay is a random yet predictable process
🔸 Compare theoretical exponential decay models to real data
🔸 Estimate half-life and λ from measurements and logarithmic relationships
🔸 Analyze slopes and trends using ln(N) vs time graphs
🔸 Complete a built-in digital quiz for immediate feedback
PERFECT FOR
- High School Physics (G11–G12)
- IB DP Physics: Theme E
- NGSS: HS-PS1-8 (Nuclear processes)
- College Prep Physics
- Honors and Enrichment activities
- Digital or hybrid learning classrooms
You also may be interested in:
Radioactive Decay Lab Bundle: Hands-On Experiments, PhET Simulations, Note & Key
Nuclear Fission Mastery: Interactive Worksheet, Coloring Activity & Answer Key
Blackbody Radiation and Stars, Wien's & Stefan-Boltzmann Laws, PhET Lab Activity
Tug of War: Should Nuclear Energy Replace Fossil Fuels?" Project, ppt & sample
Atomic Structure & Spectra: The Ultimate Learning Bundle. Presenttion & Activity
D.3 Motion in Electromagnetic Fields Bundle: Notes, Problems, Coloring & Poem
B.5 Current and Circuits: Ultimate Physics Circuit Mastery Bundle for IB Physics
Theme B.3 Gass Laws Presentation and assessment with A/key Bundle
Topic B.1 Thermal Energy Transfer Presentation, Activities, Laboratory
TERMS OF USE:
Selling This Item On The Internet Is Prohibited Without Prior Permission From The Author And Is A Violation Of The Copyright.
♥♥♥ Follow me To Be The First To Hear About new Lessons and Updates ♥♥♥
Thank You For Stopping By My Store.
Rema, Physics Resources and More




