Carbonated fruit? Of course! But if you happen to break a bunch of glass vessels in the process of pressurizing the C02 and you want to research other pressure vessels – like an actual pressure cooker, to see how much pressure they can hold before they explode… Don’t do that search ahead of the Boston Marathon bombing. Outside of that, you should be fine.
Max tries to convince engineering grads to open his pressurized container 
Carbonated Froot! 
Dry ice can be dangerous to touch with exposed skin
Basically we dropped dry ice into a container full of fruit and sealed it. The dry ice (solid CO2) sublimated (turned to gas from a solid, skipping the whole liquid phase – that’s why they call it _dry_ ice). Since the gaseous from of C02 wants to spread out, but can’t… the pressure increases. And with no where else to go, if forces its way into the fruit. Emerging as effervescent froot!
