And we measure enthalpy with a weird little science called calorimetry.

我用一种叫做量热法的奇学来测量焓。

And finally, you learned some potential sources of error related to calorimetry.

最后，您了解了量热法相关的一些潜在误差源。

In this study, researchers pit five different fitness watches against a metabolic calorimetry chamber, and measured estimated physical activity calorie expenditure.

在这项研究中，研究人员将五种不同的健身手表代谢量热室进行对比，并测量了估算的体力活动卡路里支出。

Calorimetry is the science of measuring the change in heat associated with a chemical reaction.

量热法是测量化学反应相关的热量变化的学。

Scientists have actually done on the calorimetry footwork for us, so we can actually predict how much heat a chemical reaction will produce.

学际上已经为我完成了量热法步法，因此我际上可以预测化学反应会产生多少热量。

So there you go, the calorimetry formula gave an absolute enthalpy change of 6.2 kJ, while Hess's Law gives a change of 5.67 kJ. So, why the difference?

所以你走了，量热法公式给出了 6. 2 kJ 的绝对焓变， 而赫斯定律给出了 5. 67 kJ 的变化。 那么，为什么不同？

Any way that we can figure out the change of heat between the products and the reactants will work just as well, and that's where calorimetry comes in.

我可以计算出产物和反应物之间的热量变化的任何方法都同样有效，这就是量热法的用武之地。

When doing calorimetry, we calculate a change in heat by measuring a change in temperature, but as we've said a billion times before, heat and temperature are not the same thing.

在进行量热法时，我通过测量温度的变化来计算热量的变化， 但正如我之前所说的十亿次， 热量和温度不是一回事。