If 12 mol of lithium were reacted with excess nitrogen gas, how many moles of lithium nitride would be produced?
If 12 Mol Of Lithium Were Reacted With Excess Nitrogen Gas, How Many Moles Of Lithium Nitride Would Be Produced?
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If 12 Mol Of Lithium Were Reacted With Excess Nitrogen Gas, How Many Moles Of Lithium Nitride Would Be Produced?. The balanced reaction that describes the reaction between lithium and nitrogen to produce lithium nitride is expressed n2 + 6li = 2li3n. The balanced chemical equation is 6li +.
SOLVED Lithium and nitrogen react in a combination reaction to produce from www.numerade.com
Use the mole ratio to calculate the number of moles of lithium nitride produced: 3 since there are 12 moles of lithium available, we can calculate the moles of lithium nitride produced as follows: If 12 mol of lithium were reacted with excess nitrogen gas, we can use the mole ratio to determine how many.
The Calculation Shows That 12 Moles Of Lithium Will Produce 4 Moles Of Lithium Nitride When Reacted With Excess Nitrogen Gas.
If 12 mol of lithium were reacted with excess nitrogen gas, we can use the mole ratio to determine how many. The equation below shows lithium reacting with nitrogen to produce lithium nitride. For a better understanding, if you had 18 moles of lithium, you.
The Balanced Chemical Equation Is 6Li +.
Hence for 12 moles of lithium given, there are 4 moles. Get step by step solutions within. The balanced reaction that describes the reaction between lithium and nitrogen to produce lithium nitride is expressed n2 + 6li = 2li3n.
3 Since There Are 12 Moles Of Lithium Available, We Can Calculate The Moles Of Lithium Nitride Produced As Follows:
Find out how to use the stoichiometric ratio to calculate the moles of lithium nitride produced when 12 moles of lithium react with excess nitrogen gas. Therefore, when 12 moles of lithium react with excess nitrogen gas, 4 moles of lithium nitride will be produced. If 12 mol of lithium were reacted with excess nitrogen gas, how many moles of lithium nitride would be.
Use The Mole Ratio To Calculate The Number Of Moles Of Lithium Nitride Produced:
12 moles li * (2 moles li₃n / 6 moles li) = 4 moles li₃n therefore, when. 😉 want a more accurate answer?
