Specific heat capacity refers to the amount of heat required to raise unit mass of a substance's temperature by 1 degree.
gram, kilogram [kg], exagram [Eg], petagram [Pg], teragram [Tg], gigagram [Gg], megagram [Mg], hectogram [hg], dekagram [dag], decigram [dg], centigram [cg], milligram [mg], microgram [ug], nanogram [ng], picogram [pg], femtogram [fg], attogram [ag], kilodalton [kDa], dalton [Da], kilogram-force square second/meter, kilopound [kip], slug, pound-force square second/foot, pound [lb], pound (troy or apothecary) ... degree Celsius, degree Fahrenheit [F], kelvin [K], degree Rankine [Ra], degree Reaumur [Re] joule, gigajoule [GJ], megajoule [MJ], kilojoule [kJ], millijoule [mJ], microjoule [uJ], nanojoule [nJ], attojoule [aJ], megaelectron-volt [MeV], kiloelectron-volt [keV], electron-volt [eV], erg, gigawatt-hour [GW.h], megawatt-hour [MW.h], kilowatt-hour [kW.h], kilowatt-second [kW.s], watt-hour [W.h], watt-second [W.s], newton meter [N.m], horsepower hour [hp.h], horsepower (metric) hour [hp.h (metric)] ...
The Specific Heat Capacity equation is:
c = ΔQ/(m×ΔT)
Where:
c: Specific Heat Capacity, in J/(kg.K)
ΔQ: Heat required for the temperature change, in J
ΔT: Temperature change, in K
m: Mass of the object, in kg

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