Find the concentration oh HT-, K+ from KHT & KCl, M Concentration of KCl, M Molar solubility of KHT, M Average molar solubility of KHT, M Total concentration of K+ from KHT + KCl Ksp of KHT Average Ksp of KHT Please show all of the...
aTable 4 lists the equilibrium adsorption capacities of the resultant carbons for tannic acid at 20 C with the initial concentration of 200 mg l1. 表4列出总值碳的平衡吸附容量为丹宁酸在20 C以200毫克l 1的最初的集中。[translate] a约翰既聪明又又责任心,他喜欢跟别人交朋友 正在翻译,请等待...[...
Watch KCV: Finding Equilibrium Concentrations from Initial Concentrations IWE: Finding Equilibrium Concentrations from Initial Concentrations in Cases with a Small Equilibrium Constant Read Section16.8.You can click on the Review iink to access the sectio...
NH(4)Cl is a salt of strong acid and a weak base. If x is the degree of hydrolysis, overset(0.1)(NH(4)^(+))+H(2)O Leftrightarrow overset(0)(NH(4)OH)+overset(0)(H^+) Initial concentration "0.1 (1-x) 0.1x 0.1x Concentration at eqb."
L= 1/CoK(Lo-L)/t)+Lo As far as i know the relationship between equilibrium constant and rate constant, it is Kc= Kf/Kr but still i have a problem that i know only one rate constant. How can i solve it?
Overreliance on equilibrium-based methods for measuring potency, such as concentration response or IC50, can mislead researchers as to the rank order of covalent compounds with respect to potency The irreversible nature of covalent inhibition has the effect that such methods will give different results...
We’re tinkering with the earth system by increasing the concentration of carbon dioxide from fossil fuel burning faster than we’ve ever seen in in Earth’s history, and we don’t know how it’s gonna respond. So we’re already tinkering with the, the, the system. ...
To solve the problem of finding the change in pH (ΔpH) when 100 mL of 0.01 M HCl is added to a solution containing 0.1 moles of NaHCO₃, we can follow these steps:Step 1: Calculate Initial pH The initial pH of the solution i
To find the van't Hoff factor (i) for the weak acid HA, we can follow these steps:Step 1: Determine the dissociation constant (Ka) Given that \( pKa = 4 \), we can calculate \( Ka \) using the formula: \( Ka = 10^{-pKa} = 10^{-
The relatively lower 22Na and 54Mn activity concentration in HaH 346-163 and HaH 346-198 indicates an older terrestrial age or a lower initial content of these isotopes in the chondrites. Variations in 22Na, 54Mn, and 60Co in the ten HaH 346 meteorite fragments are due to variations in...