Science Lab
Parent Guide
WonderCub Labs™ · Earth Science Expedition
How to use this guide
Pacing guide at a glance
| Lab | Subject areas | Session breakdown | Total time |
|---|---|---|---|
🌋 Lab 1: Volcano Eruption Adventure Can split across 2 days |
Earth Science · Chemistry · Geology |
Build & Paint: 45–60 min Experiments: 30–40 min |
~90 min |
🪨 Lab 2: Rock Archeologist Expedition |
Geology · Earth History · Scientific Tools |
Dig & Discovery: 45 min Cleaning & ID: 20–30 min |
~75 min |
💎 Lab 3: Glow Crystal Quest Observation spans several days |
Chemistry · Physics · Materials Science |
Setup: 20 min Lesson & Discussion: 20–30 min |
~Multi-day |
🌪 Lab 4: Whirling Water Tornado |
Physics · Meteorology · Fluid Dynamics |
Setup & Race: 15 min Vortex + Debris: 35 min |
~50 min |
🔎 Lab 5: Rock Detective Hunt |
Geology · Mineralogy · Earth History |
Sorting & ID: 60 min Outdoor Hunt: 20+ min |
~80 min |
5-Course learning roadmap
Build and paint a model volcano, then trigger a real chemical eruption to discover how pressure and gas create nature's most dramatic geologic events.
Use hydro-excavation tools exactly like a real paleontologist — dig, clean, and identify genuine gemstone specimens hidden inside a sedimentary dig block.
Grow glow-in-the-dark crystals and observe them over several days — exploring crystal lattice structure, phosphorescence, and the science behind everyday technology.
Spin a connected bottle pair to create a true vortex and model the same centripetal forces that power real tornadoes — then add "debris" to watch the storm system in action.
Use a magnifying glass like a field geologist to identify Pyrite, Quartz, and Pumice — then take the hunt outdoors on a neighborhood rock scavenger mission.
Discussion prompts by lab
Why does gas pressure cause an eruption? What happens when gas can't escape?
What happened when soap was added to the reaction? Why did it change?
Why does pumice float even though it's a rock? What does that tell us about density?
Why do you think so many volcanoes are found near oceans?
Why do scientists use water instead of chisels to excavate? What's the advantage?
How is a rock fundamentally different from a mineral? Can you give an example of each?
Why do you think quartz is used in electronics and watches?
Which gem did you find most interesting — and why? What makes it special?
Are crystals alive? Why or why not? What makes something "alive"?
Why do some materials glow after the lights are turned off? Where does that energy go?
Why do crystals need time and stillness to grow? What disrupts the process?
Where do we see crystals used in everyday life? Can you spot five examples around the house?
Why does water fall so slowly when you flip the bottle without spinning? What's blocking it?
Why does glitter spin faster as it approaches the center of the hole?
In a real tornado, what two types of air masses are "fighting" each other?
If you spin the bottle to the left, which way does the tornado spin? Does Earth's rotation change that?
If a rock reflects light like a shiny coin, what kind of luster does it have? What mineral is that?
Why did gold rush prospectors mistake Pyrite for gold? How can a scientist tell the difference?
What would happen to pumice if it didn't have those millions of tiny holes?
If every rock tells a story, what story does a piece of pumice tell about its origins?