Ecuaciones químicas

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auro
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Ecuaciones químicas

Post by auro »

KBrO3(ac)+KNO2(ac)+HNO3(ac)+AgNO3(ac) cuál sería su producto y por qué :shock:
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ChenBeier
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Re: Ecuaciones químicas

Post by ChenBeier »

You have to separate

KBrO3 + 3KNO2 => KBr + 3 KNO3

AgNO3 + KBr => AgBr(s) + KNO3

HNO3 keep the solution acidic , no further action.

In sum

KBrO3 + 3 KNO2 + AgNO3 =>(H+)=> 4 KNO3 + AgBr(s)
mastershall
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Re: Ecuaciones químicas

Post by mastershall »

The result:
2KBrO3 + 2AgNO3 + 0HNO3 → 2KNO3 + 2AgBr + 0H2O + 3O2
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ChenBeier
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Re: Ecuaciones químicas

Post by ChenBeier »

No, the answer I have given above. There are no reactions where to use 0 HNO3.
SheldonCalahan
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Re: Ecuaciones químicas

Post by SheldonCalahan »

La ecuación química dada representa una reacción de oxidación-reducción en la que el permanganato de potasio (KBrO3) y el nitrito de potasio (KNO2) reaccionan con ácido nítrico (HNO3) y nitrato de plata (AgNO3). Para determinar los productos de la reacción, necesitaríamos conocer las condiciones específicas de la reacción, como la concentración y las proporciones de los reactivos, la temperatura y la presión, así como el medio en el que ocurre la reacción.
Sin esta información adicional, no es posible determinar los productos de la reacción o predecir qué tipo de reacción química ocurrirá. Por lo tanto, se requiere más información para responder a esta pregunta con precisión. Mybkexperience
Last edited by SheldonCalahan on Fri Apr 21, 2023 9:22 pm, edited 1 time in total.
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ChenBeier
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Re: Ecuaciones químicas

Post by ChenBeier »

en la que el permanganato de potasio (KBrO3) y
There is no permanganate, it's bromate.
But generally right, need more Information.
alishakihn
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Re: Ecuaciones químicas

Post by alishakihn »

Resultado: KBrO3 + 3 KNO2 + AgNO3 =>(H+)=> 4 KNO3 + AgBr(s)
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ChenBeier
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Re: Ecuaciones químicas

Post by ChenBeier »

Answer already given above, why repeate again.
orborneee
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Re: Ecuaciones químicas

Post by orborneee »

great!
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