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2O + KOH + Zn + KNO2 = NH3 + K

Input interpretation

2 O_2 oxygen + KOH potassium hydroxide + Zn zinc + KNO_2 potassium nitrite ⟶ NH_3 ammonia + K potassium
2 O_2 oxygen + KOH potassium hydroxide + Zn zinc + KNO_2 potassium nitrite ⟶ NH_3 ammonia + K potassium

Chemical names and formulas

 | oxygen | potassium hydroxide | zinc | potassium nitrite | ammonia | potassium formula | O_2 | KOH | Zn | KNO_2 | NH_3 | K Hill formula | O_2 | HKO | Zn | KNO_2 | H_3N | K name | oxygen | potassium hydroxide | zinc | potassium nitrite | ammonia | potassium IUPAC name | molecular oxygen | potassium hydroxide | zinc | potassium nitrite | ammonia | potassium
| oxygen | potassium hydroxide | zinc | potassium nitrite | ammonia | potassium formula | O_2 | KOH | Zn | KNO_2 | NH_3 | K Hill formula | O_2 | HKO | Zn | KNO_2 | H_3N | K name | oxygen | potassium hydroxide | zinc | potassium nitrite | ammonia | potassium IUPAC name | molecular oxygen | potassium hydroxide | zinc | potassium nitrite | ammonia | potassium