百度试题 结果1 题目The rate of a chemical reaction depends ___ many factors. A. on B. in C. at D. for 相关知识点: 试题来源: 解析 A。depend on 是固定搭配,表示“取决于”。反馈 收藏
aThe rate of the BOD reaction depends on the type of waste present and the temperature and is assumed to vary directly with the amount of organic matter present.. 人体反应的率取决于废物礼物和温度的种类和假设直接地随相当数量有机物礼物变化。 [translate] ...
The rate of any chemical reaction, regardless of the temperature, usually depends on a very important characteristic known as its activation energy. 子句类型: 主句 连接词: 分句-1 It takes place at the temperature. 子句类型: 定语从句 连接词:AT WHICH 3. 句子成分 主句 The rate of any...
the formation of product depends on both A and B. But, by adding an excess of one, say B, you can ensure that theconcentrationof B remains essentially constant. In this way the change in the amount of B will not affect the measured rate of reaction. ...
[translate] aThe rate of the BOD reaction depends on the type of wastwe present and the temperature and is assumed to vary directly with the amount of organic matter present.. 人体反应的率取决于wastwe礼物和温度的种类和假设直接地随相当数量有机物礼物变化。 [translate] 英语...
A : The rate constant of first order reaction is used to calculate population if growth rate is given. R : The rate constant is independent of concentration for first order reaction. View Solution Adsorption depends upon View Solution High growth at the time of exponential phase of human ...
If the reaction rate depends linearly on the concentration of a single reactant species, the reaction is a ___ order reaction. A. zeroth B. First C. second D. one and half 如何将EXCEL生成题库手机刷题 如何制作自己的在线小题库 > 手机使用 分享 反馈 收藏 举报 参考答案...
Only substrate binding has to be considered for spontaneous reactions, and observed first-order rate constants are interpreted in terms of reaction mechanism on the assumption that the micellar interfacial reaction region is less polar than water and has (for ionic micelles) a high electrolyte ...
First-order kinetics. The rate of reaction at any point in a spherical catalyst depends on the first-order kinetic constant k1 and the concentration of substrate at that point. The overall rate for the entire particle is equal to the sum of all the rates at every location in the solid. ...
The fuel cell degradation rate depends upon the fuel cell stack design, materials used, control system design, operating temperatures and type of fuel cell used. By keeping the degradation rate within acceptable levels, the fuel cell performance remains acceptable throughout the operational life of ...