The Specific Heat Capacity Of Oxygen Is 918 J/Kg °C. The Specific Heat Capacity Of Water Is 4,181 J/Kg °C. Which Substance Will Require More Energy To Raise Its Temperature By 1°C?. The specific heat capacity is defined as the amount of heat energy required to raise the temperature of one kilogram of a substance by one degree celsius. Given that the specific heat capacity of oxygen is $$918 \text{ j/kg}^\circ \text{c}$$ 918 j/kg ∘ c, this means that it takes $$918 \text{ j}$$ 918 j of energy to raise the temperature of $$1 \text{.
The specific heat capacity is defined as the amount of heat energy required to raise the temperature of one kilogram of a substance by one degree celsius. Given that the specific heat capacity of oxygen is $$918 \text{ j/kg}^\circ \text{c}$$ 918 j/kg ∘ c, this means that it takes $$918 \text{ j}$$ 918 j of energy to raise the temperature of $$1 \text{. The answer is 1 kg, as the specific heat capacity indicates that 918 j is required to raise 1 kg of oxygen by 1°c.
