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Desafío Ácido-Base (Español)

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Preguntas V/F sobre teorías ácido-base.

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Honduras

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Desafío Ácido-Base (Español)
 

Desafío Ácido-Base (Español)Online version

Preguntas V/F sobre teorías ácido-base.

by REYNA MARIA SAGASTUME BULNES
1

La definición de ácido base de Arrhenius no depende del solvente.

2

La definición de ácido de Arrhenius funciona para cualquier disolvente, no solo agua.

3

Un ácido Brønsted-Lowry dona un protón y una base Brønsted-Lowry lo acepta.

4

Un ácido de Bronsted-Lowry dona un protón.

5

En Arrhenius, una base libera OH- en solución acuosa.

6

H2O es ácido de Arrhenius.

7

Un ácido de Lewis siempre contiene hidrógeno.

8

NaOH es base de Arrhenius.

9

Las bases Brønsted-Lowry son sustancias que donan protones.

10

En la definición de Arrhenius, un ácido en solución acuosa produce H+ (o H3O+), y una base produce OH-.

11

CH3COOH es ácido de Arrhenius.

12

Un ácido de Lewis acepta un par de electrones.

13

Una base de Bronsted-Lowry acepta un protón.

14

HCl es ácido de Arrhenius.

15

Un par conjugado ácido-base se forma al ganar o perder un protón.

16

NaOH es ácido de Lewis.

17

Un ácido de Bronsted-Lowry es aquella sustancia que acepta protones.

18

Lewis acid dona un par de electrones.

19

Según la definición de Lewis, un ácido es siempre una especie con carga positiva.

20

En Arrhenius, un ácido libera H+ en solución acuosa.

21

NH3 es ácido de Arrhenius.

22

Un ácido de Arrhenius dona electrones.

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