Rhyolite

Rhyolite is a mineral that was discovered only 400 years ago in the town of Rhyolite. This remarkable chalk-like substance is lighter than air in its natural state, but when burned, it creates a gas much heavier than air. Rhyolite has quickly become an important resource due to its unique properties and its potential for use in transportation.   Rhyolite's physical and chemical properties make it an ideal material for airships. In the past, air travel was limited to the magic of powerful sorcerers or dragons. The discovery of rhyolite changed that. The mineral itself can be used to gain lift, while the smoke it produces can be used as ballast. This makes rhyolite an incredibly valuable resource in the field of transportation.   The origins of rhyolite lie in the power of air magic. When a high concentration of air magic is pushed into existing chalk, it creates rhyolite. The mineral is typically found in mountains or hills on coastlines, where the air is particularly dense with magic. The discovery of rhyolite has sparked a new era of air travel, with airships becoming a common sight in the skies above major cities.   Despite its usefulness, rhyolite is not without its dangers. The smoke produced by burning rhyolite is much heavier than air and can cause asphyxiation if breathed in. It is also a relatively fragile mineral, much like chalk, and is susceptible to breaking under stress. For this reason, rhyolite must be handled with care and transported with caution.   In conclusion, the discovery of rhyolite has revolutionized transportation in ways previously unimaginable. It has brought about a new era of air travel, with airships becoming a common sight in the skies above cities. While rhyolite has its dangers, its unique properties make it an incredibly valuable resource that is sure to be in high demand for years to come.
Type
Ore/Mineral
Odor
The solid form has no noticeable odor, however when burned the the smoke it creates smells much like normal wood burning.
Color
White with black speckles
Melting / Freezing Point
1652oF
Common State
Solid