Science Lab
Parent Guide
WonderCub Labs™ · Grand Science Adventure
How to use this guide
Pacing guide at a glance
| Lab | Subject areas | Session breakdown | Total |
|---|---|---|---|
🌋 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 · Tools | Dig & Discovery: 45 min Cleaning & ID: 20–30 min | ~75 min |
💎 Lab 3: Glow Crystal Quest Observation spans several days | Chemistry · Physics · Materials | 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 |
🧪 Lab 6: Bubbling Potion Mixer | Chemistry · States of Matter | Potion Prep: 15 min Indicator + Foam: 35 min | ~50 min |
🚀 Lab 7: Rocket Blast-Off Mission | Aerospace Engineering · Physics | Engine Prep: 15 min Launch + Analysis: 35 min | ~50 min |
🌈 Lab 8: Magic Color-Changing Water | Chemistry · pH Science · Indicators | Pitcher Prep: 10 min Reveal + Neutralize: 35 min | ~45 min |
🫧 Lab 9: Unpoppable Bubbles Magic | Physics · Chemistry · Surface Science | Theory + Prep: 20 min Bounce Challenge: 20 min | ~40 min |
🌊 Lab 10: Underwater Volcano | Earth Science · Oceanography · Density | Ocean Setup: 10 min Eruption + Density: 30 min | ~40 min |
10-Course learning roadmap
Build, paint, and erupt a model volcano — discovering how pressure and chemical reactions mirror Earth's most dramatic geological events.
Use hydro-excavation tools like a real paleontologist to dig, clean, and identify genuine gemstone specimens hidden in a sedimentary block.
Grow glow-in-the-dark crystals and observe them over several days, exploring lattice structure, phosphorescence, and science-vs-myth thinking.
Spin bottles to create a real vortex — modeling centripetal force, angular momentum, and the same physics behind tornado formation.
Use a magnifying glass to identify Pyrite, Quartz, and Pumice — then take the investigation outdoors on a neighborhood rock scavenger hunt.
Mix potions, watch colors transform, and create mega-foam — learning the acid/base battle, CO₂ production, and pH indicators along the way.
Build a chemical-powered rocket, follow a real launch protocol, and experience Newton's Third Law firsthand as the rocket defies gravity.
Perform a magic trick that's really chemistry — pour "clear" water into cups that explode with color, then reverse it through neutralization.
Mix a secret glycerin solution to create bubbles you can bounce — exploring surface tension, elasticity, hydrophobicity, and the "bubble sandwich" structure.
Recreate a hydrothermal vent in a tank — watching hot colored water rise through cold water to model convection currents and deep-ocean geology.
Discussion prompts by lab
Why does gas pressure cause an eruption? What happens when gas can't escape?
What changed when soap was added? Why does pumice float even though it's a rock?
Why do you think so many volcanoes are found near oceans and tectonic boundaries?
Why do scientists use water instead of chisels to excavate delicate fossils?
How is a rock fundamentally different from a mineral? Give one example of each.
Which gem did you find most interesting — and why? What makes it valuable?
Are crystals alive? Why or why not? What makes something scientifically "alive"?
Why do some materials glow after the lights go off? Where does that stored energy come from?
Where do we see crystals in everyday life? Can you find five examples around your home?
Why does water fall slowly when you flip the bottle without spinning it?
Why does glitter spin faster as it approaches the center of the vortex hole?
If you spin left, which way does the tornado go? Does Earth's rotation affect it?
If a rock shines like a coin, what kind of luster is that? Name a common mineral with that property.
Why did prospectors mistake Pyrite for gold? How can a scientist tell the difference?
What would happen to pumice if it didn't have millions of tiny gas holes trapped inside?
Why did the blue water turn red when we added citric acid? What does that color reveal?
We started with powder and water. Where exactly did all those bubbles come from?
Which baked goods use "fizzing" (baking soda) to become fluffy? What's the acid in each?
The gas shoots down — which way does the rocket go? Why does that direction make sense?
Why does the rocket sit still a few seconds before launching? What's building inside?
If the rocket leaked gas and didn't launch, what would you change for the next attempt?
Why does adding citric acid make our eyes see red instead of purple? What changed molecularly?
Why did the liquid bubble when we poured the pink (acid) cup into the blue (base) cup?
Why might a scientist need to test the pH of a fish tank, swimming pool, or drinking water?
Why do bubbles always pull themselves into a perfect sphere? What force causes that shape?
Why can you bounce a bubble with a cotton glove but not with your bare hand?
What happens to the water layer in the middle of the "bubble sandwich" on a hot, windy day?
Why does the red water shoot straight up like a chimney instead of mixing immediately?
If we used lukewarm instead of hot water, would the "eruption" happen faster or slower? Why?
How do creatures survive near real hydrothermal vents where there's no sunlight at all?