MarKOn Calculator

ToolTemperature → MarKOns

Temperature is the MarKOn value of matter. Pick a material and a temperature — the calculator shows how close the material is to its self-capacity (100 % = melting point) and how many MarKOns (the unit of energy, here provisionally 1 MKn = 1 eV) it carries.

MaterialH — HydrogenLi — LithiumBe — BerylliumB — BoronC — CarbonNa — SodiumMg — MagnesiumAl — AluminiumSi — SiliconP — PhosphorusS — SulfurK — PotassiumCa — CalciumSc — ScandiumTi — TitaniumV — VanadiumCr — ChromiumMn — ManganeseFe — IronCo — CobaltNi — NickelCu — CopperZn — ZincGa — GalliumGe — GermaniumAs — ArsenicSe — SeleniumRb — RubidiumSr — StrontiumY — YttriumZr — ZirconiumNb — NiobiumMo — MolybdenumTc — TechnetiumRu — RutheniumRh — RhodiumPd — PalladiumAg — SilverCd — CadmiumIn — IndiumSn — TinSb — AntimonyTe — TelluriumCs — CesiumBa — BariumLa — LanthanumCe — CeriumPr — PraseodymiumNd — NeodymiumSm — SamariumEu — EuropiumGd — GadoliniumTb — TerbiumDy — DysprosiumHo — HolmiumEr — ErbiumTm — ThuliumYb — YtterbiumLu — LutetiumHf — HafniumTa — TantalumW — TungstenRe — RheniumOs — OsmiumIr — IridiumPt — PlatinumAu — GoldHg — MercuryTl — ThalliumPb — LeadBi — BismuthPo — PoloniumAc — ActiniumTh — ThoriumU — UraniumNp — NeptuniumPu — PlutoniumAm — AmericiumH₂O — Wasser

Temperature (°C)

Mass (g)

Self-capacity

113.5 %

State: liquid · Melt 0 °C

MarKOns per atom

0.242 MKn

one particle.

MarKOns per gram

8.09 ZMKn

hence the prefixes.

MarKOns total (70,000 g)

566.42 YMKn

≈ one human.

First approximation (no latent heat, constant c). Peg 1 MKn = 1 eV (provisional).

First approximation via heat capacity: energy content ≈ heat capacity × T[K]. The melting point marks 100 % self-capacity — above it, the material leaves its solid form. Try tungsten vs mercury: one holds enormous energy (heat shield), the other tips over with little (thermometer).

More in Zenodo Record II — The MarKOn (MKn).