The equilibrium reactions pertinent to an aqueous solution of Ag2CO3 in which physical states are not considered is:
<h3>What are equilibrium reactions?</h3>
An equilibrium reaction is a chemical reaction process in which the reactants remain in a steady and stable condition both previously(reactant) and after the reaction is completed(product).
A reaction is considered to be at thermodynamic equilibrium when a reaction meets all three categories of equilibrium;
- Equilibrium of temperature
- Equilibrium in the chemical reaction.
- Equilibrium with the surrounding factors like pressure.
The equilibrium reactions pertinent to an aqueous solution of Ag2CO3 is:
Learn more about equilibrium reactions here:
brainly.com/question/1619133
Answer:
80%
Explanation:
Assuming each question was worth 1 point then your answer would be <u>16</u><u>/</u><u>20</u> or <u>80</u><u>%</u>
if not then add all the points of the test and subtract by the number of points you miss, and that'll be your answer
You're starting with
(12.0 mL) (0.550 M) = (0.0120 L) (0.550 M) = 0.00660 mol
of FeCl₃.
For every mole of FeCl₃ in the balanced reaction, you need 3 moles of NH₄OH, so you need a minimum 0.0198 mol NH₄OH per mole FeCl₃.
Then the requisite volume of NH₄OH solution needed is <em>V</em> such that
(0.0198 mol) / <em>V</em> = 0.200 M
Solve for <em>V</em> to get
<em>V</em> = (0.0198 mol) / (0.200 M) = 0.0990 L = 99 mL
Answer:
need based
Explanation:
Need based aid is offered to low-income families. However, the person has to provide some information on his or her family's financial background to prove that he/she is eligible for financial aid.
