Загрузка страницы
Все видеоНовые видеоПопулярные видеоКатегории видео

Finding rate constants and order with excel 2013 - Real Chemistry

In this video you will learn how to plot the concentration of reactants vs time to determine the rate order and rate constant of a chemical reaction. This is accomplished by using integrated rate laws. For example, if a plot of concentration vs time is linear, then the reaction is a zeroth order reaction and the slope of the best fit line is the rate constant (times negative 1). If a plot of the natural log of concentration vs time is linear, then the reaction is first order and the slope is once again the rate constant (times negative 1). Lastly, if the plot of one over concentration vs time is linear, then the reaction is second order and the rate constant is the slope (not negative in this case).

Видео Finding rate constants and order with excel 2013 - Real Chemistry канала Real Chemistry
Показать
Комментарии отсутствуют
Введите заголовок:

Введите адрес ссылки:

Введите адрес видео с YouTube:

Зарегистрируйтесь или войдите с
Информация о видео
17 апреля 2017 г. 6:08:03
00:09:04
Real Chemistry
Теги
Правообладателям
Жалоба
Комментарии
Другие видео канала
How to name esters - Real ChemistryHow to name esters - Real ChemistryHow to find electron and molecular geometry - Real ChemistryHow to find electron and molecular geometry - Real ChemistryOxidation of alcohols - Real ChemistryOxidation of alcohols - Real ChemistryThe properties of solids - Real ChemistryThe properties of solids - Real ChemistryMolarity - Real ChemistryMolarity - Real ChemistryDensity Calculations - Real ChemistryDensity Calculations - Real ChemistryPredicting the products of a dehydration reaction - Real ChemistryPredicting the products of a dehydration reaction - Real ChemistryDetermining oxidation state - Real ChemistryDetermining oxidation state - Real ChemistryIsotopes and AZE isotope notation - Real ChemistryIsotopes and AZE isotope notation - Real ChemistryIntroduction to Naming Ionic Compounds - Real ChemistryIntroduction to Naming Ionic Compounds - Real ChemistryMetabolism: The Big Picture - Real ChemistryMetabolism: The Big Picture - Real ChemistryHow to find the pH of a weak base - Real ChemistryHow to find the pH of a weak base - Real ChemistryEffective nuclear charge - Real ChemistryEffective nuclear charge - Real ChemistryKinetic Energy and Temperature in ideal gasses - Real ChemistryKinetic Energy and Temperature in ideal gasses - Real ChemistryNaming Molecular Compounds - Real ChemistryNaming Molecular Compounds - Real ChemistryHow to determine the sign of Gibbs Free Energy - Real ChemistryHow to determine the sign of Gibbs Free Energy - Real ChemistryHow to Identify materials with heat capacity - Real ChemistryHow to Identify materials with heat capacity - Real ChemistryReduction and oxidation reactions - Real ChemistryReduction and oxidation reactions - Real ChemistryHow to name benzene rings - Real ChemistryHow to name benzene rings - Real ChemistryWhat are alkanes and cylolakanes?What are alkanes and cylolakanes?Building molecular orbitals from atomic orbitals - Real ChemistryBuilding molecular orbitals from atomic orbitals - Real Chemistry
Статистика портала
Яндекс.Метрика
© 2008-2024 «Информационно-развлекательный портал города Верхняя Салда»
| Карта портала | Реклама | Контакты | Сообщить об ошибке | Соглашения
salda.ws salda.ws@mail.ru
Сейчас на сайте: 512 Статистика портала