Answer:
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Answer:
3.00 moles of Lithium bromide will be produced
Explanation:
The reaction that takes place is:
By looking at the reaction equation, we can see that<em> the reaction of 1 mol of lithium hydroxide (LiOH) produces 1 mol of lithium bromide (LiBr).</em> Thus, 3.00 moles of LiOH would conversely produce 3.00 moles of LiBr.
There are 0.00045 moles of sodium hydroxide that were added in the solution.
From the question, we have the following information;
Volume of sodium hydroxide = 0.90 mL or 0.00009 L
Concentration of sodium hydroxide = 0.50 M
We know that;
Number of moles = volume of solution × concentration of solution
Substituting values;
The number of moles of sodium hydroxide added = 0.9/1000 L × 0.50
= 0.00045 moles
Learn more: brainly.com/question/4612545
10. Capital C and D represent products of chemical reaction, the capital A and B represent reactants, <span>the lower case letter represent coefficients (how many atoms or molecules in chemical reaction).
12. According to </span><span>Le </span>Chatelier's principle (if<span> the concentration is changed, that will shift the equilibrium to the side that would reduce that change in concentration)</span> <span>the equilibrium shift to the left.
13. </span>According to Le Chatelier's principle the equilibrium shift to the right.
14. According to Le Chatelier's principle (<span>When the reaction is </span>exothermic<span>, heat is included as a product)</span> the equilibrium shift to the right.