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Formación y comportamiento de óxidos

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Formación y comportamiento de óxidos

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Pon a prueba tu comprensión del experimento mostrado por LOGOS Academy sobre la combustión de magnesio y azufre. Responde “Sí” o “No” para confirmar si reconoces correctamente las propiedades de los óxidos metálicos y no metálicos, así como su efecto en el pH de las soluciones.

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Formación y comportamiento de óxidos
 

Formación y comportamiento de óxidosOnline version

Pon a prueba tu comprensión del experimento mostrado por LOGOS Academy sobre la combustión de magnesio y azufre. Responde “Sí” o “No” para confirmar si reconoces correctamente las propiedades de los óxidos metálicos y no metálicos, así como su efecto en el pH de las soluciones.

by ACADES
1

El magnesio se clasifica como un metal en el experimento.

2

Para obtener óxido de magnesio se calienta la cinta de magnesio en presencia de oxígeno.

3

El óxido de magnesio resultante se presenta de color negro.

4

El óxido de magnesio se disuelve en agua fría sin aplicar calor adicional.

5

Al disolver el óxido de magnesio en agua y medir su pH, la solución se comporta como básica (pH > 7).

6

El azufre utilizado en la práctica es considerado un metal.

7

La combustión del azufre produce un gas que, al burbujearse en agua, forma ácido sulfuroso.

8

La solución de ácido sulfuroso obtenida muestra pH ácido (pH < 7).

9

Se emplean tirillas de pH universal para verificar la acidez o basicidad de las soluciones.

10

En la práctica se usa una lámpara de alcohol como fuente de calor.

11

El gas desprendido de la combustión del azufre es de color rojo intenso.

12

Las reacciones demostradas ilustran la formación de óxidos metálicos y no metálicos.

 
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