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Ley de volúmenes de combinación

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Ley de volúmenes de combinación

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Ejercicios sobre el cálculo estequiométrico de volumen.Relación entre la cantidad en mol y el volúmen de un gas.

Created by

Nadia Yacobi
Nadia Yacobi
Spain

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Ley de volúmenes de combinación
 

Ley de volúmenes de combinaciónOnline version

Ejercicios sobre el cálculo estequiométrico de volumen.Relación entre la cantidad en mol y el volúmen de un gas.

by Nadia Yacobi
1

¿En condiciones normales, cuántos moles hay en 11,2 L de O₂?

2

¿En las mismas condiciones de presión y temperatura, cuál contiene más moles: 5 L de CO₂ o 5 L de O₂?

3

1 mol de gas ocupa siempre 22,4 L

4

N₂ + 3H₂ → 2NH₃ Si reaccionan 6 L de H₂ ,¿qué volumen de NH₃ se forma?

5

N₂ + 3H₂ → 2NH₃. Si reaccionan 12 L de N₂, ¿qué volumen de NH₃ se forma?

6

Si tienes un volumen de 22,4 L de O₂ ¿cuántos moles de O₂ hay?

7

En 2 L de H₂O en condiciones normales, ¿cuántos moles de agua hay?

8

En 5 L de H₂O en condiciones normales, ¿cuántos moles de H₂O hay?

9

CH₄ + 2O₂ → CO₂ + 2H₂O. Si reaccionan 2 mol de O₂, ¿qué volumen de CO₂ se obtiene en CN?

10

CH₄+ 2O₂→CO₂ + 2 H₂O . Si reaccionan 2 mol de CH₄ ¿qué volumen de CO₂ se obtiene en condiciones normales?

 
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