Aug 7, 2016 · This is a different question from the existing ones. I've read many of them and the answers are not specific enough for my situation. Here I need to know how the temperature of …

Feb 14, 2018 · That most likely refers to the Hertz-Knudsen equation, also known as Knudsen-Langmuir equation.It is the most simplified model of evaporation in which no discussion is …

May 30, 2023 · Perhaps, though this is speculative, the theoretical equation would be simpler if it assumed the saucepan and water begins at boiling temperature (100°C, perhaps?). Surely, …

Jul 15, 2022 · We have to recommend a blower, so that most of the generated fumes can be treated at an appropriate flow rate. But we don't know how to proceed with this, as we wouldn't …

Apr 28, 2019 · $\begingroup$ Assuming the only loss of thermal energy (E_t) is due to evaporation, the mass wouldn't matter, since what determines the heat flow needed to …

Feb 23, 2015 · The model above ignores complicating factors like mean free path, the fact that evaporation is endothermic (meaning the liquid cools as it evaporates and the vapor pressure …

rate-equation; evaporation; JKVeganAbroad. 121; asked May 30, 2023 at 15:15-2 votes. 2 answers. 104 views ...

Jul 19, 2016 · (a) Heat flux +walls_to_water + air_to_water -heat_of_evaporation = 0 (b) Diffusion balance. Water pressure at its surface, vs water pressure at the top of the flask is governed by …

Finally, the whole rate constant may need to be multiplied by a symmetry or statistical factor, for example - in $\ce{F + H2}$ the rate constant needs an addition factor of $2$. The rate …

Apr 11, 2022 · Now you have a single-variable differential equation in [CO2]. Since it is first order and autonomous (coefficients are time-independent), the resulting ODE can be solved …