Thermology Spell

E/F/M:

This Spell Increases or decreases the overall temperature of a single non-living/non-part of e-living non-metallic object or type of material which is in solid, Liquid, or gaseous state. The base temperature change is equal to one degree Fahrenheit (1ÁF) for each additional point of Heka expended beyond the Castings activation cost No more than twice the caster's M TRAIT + STEEP this K/S Sub-Area In Heka can be add., half that amount. If the Individual is a Partial Practitioner. Temperature increase is at 10% of the total rise per CT over 1 BT, and eventual decrease (after the time duration expires) will also be In CT steps as the matter cools. The temperature of the subject material will not affect/be affected by the surrounding medium/media because of the magickal nature of the thermal change_ The temperature of the item is then agitated based on the medium to be affected resulting in the final, Casting determined temperature after 10 CTs graduated increase. The modifiers are shown in the following table:

'Assumes a discrete body or an amount of the material held within a container or chamber of some sort, for in large bodies of water or gas, rapid heat/cold dissipation will occur. ´ ´ Assumes a discrete body or an amount of the material held within a container of some so. for in large bodies of water, rapid heat dissipation will occur. As the size of the item or material is important, assume a number of cubic feet equal to or less than the casters MRPow. This may be increased by expending more Heka?double the as for each additional cubic foot beyond the persona's MRPow.

The boiling, melting, vaporization point of the subject is a consideration. The GM must adjudicate each case. Note that inflammable, volatile liquids (refined petroleum products, alcohol, turpentine) when vaporized have a 'flash poi, at which they will spontaneously ignite. No do some other combustible materials such as tar, pit., paper, etc., especially when they are surrounded by insulating material so heat can't dissipate.