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The process of nitrate iron dissolved in ethanol
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Nabeel Khan
The process of nitrate iron dissolved in ethanol
It's just pushing, there is no relevant information. If you learn it reasonably, use it. FE (NO3) 3.6H2O C2H5OH Iron iron is easy to bring crystalline water, so generally considering salt with crystal water dissolved in ethanol; Ethanol is similar to water, which is OH oh. The solitary electrons can be used as an electron to form a matching object, but because the H2O volume is small and the position is much smaller, the Oh on the OH in it is also stronger than the OH in the alcohol. +) Choose to match H2O, but because the amount of H2O is small and the amount of alcohol is large, a small part of the alcohol may also be involved in the control. 1) [Fe (OH2) 6] (NO3) 3 \u003d [FE (OH2) 6] (3+)+3NO3 (-) 2) [Fe (OH2) 6] (3+)+ HOC2H5 \u003d [Fe (OH2) 5 (HOC2H5)] (3+)+ H2O 3) No3 (-)+ NHOC2H5 \u003d [NO3 (HOC2H5) N] (-) Some of the hydraulic iron ions will exchang with alcohol -generated ligands. The generated water -rail ions or part of the alcoholicine -agreed iron ion use the electric field (with charge) to induce the water and alcohol of the coordinate. The hydrogen bonds are formed with O in other alcohols to disperse the charge; Nitrate root ion uses the H on the HO group on it to form a hydrogen bond to form a alcoholic acid root ion.
It's just pushing, there is no relevant information. If you learn it reasonably, use it. FE (NO3) 3.6H2O C2H5OH Iron iron is easy to bring crystalline water, so generally considering salt with crystal water dissolved in ethanol; Ethanol is similar to water, which is OH oh. The solitary electrons can be used as an electron to form a matching object, but because the H2O volume is small and the position is much smaller, the Oh on the OH in it is also stronger than the OH in the alcohol. +) Choose to match H2O, but because the amount of H2O is small and the amount of alcohol is large, a small part of the alcohol may also be involved in the control. 1) [Fe (OH2) 6] (NO3) 3 \u003d [FE (OH2) 6] (3+)+3NO3 (-) 2) [Fe (OH2) 6] (3+)+ HOC2H5 \u003d [Fe (OH2) 5 (HOC2H5)] (3+)+ H2O 3) No3 (-)+ NHOC2H5 \u003d [NO3 (HOC2H5) N] (-) Some of the hydraulic iron ions will exchang with alcohol -generated ligands. The generated water -rail ions or part of the alcoholicine -agreed iron ion use the electric field (with charge) to induce the water and alcohol of the coordinate. The hydrogen bonds are formed with O in other alcohols to disperse the charge; Nitrate root ion uses the H on the HO group on it to form a hydrogen bond to form a alcoholic acid root ion.
FE (NO3) 3.6H2O C2H5OH
Iron iron is easy to bring crystalline water, so generally considering salt with crystal water dissolved in ethanol;
Ethanol is similar to water, which is OH oh. The solitary electrons can be used as an electron to form a matching object, but because the H2O volume is small and the position is much smaller, the Oh on the OH in it is also stronger than the OH in the alcohol. +) Choose to match H2O, but because the amount of H2O is small and the amount of alcohol is large, a small part of the alcohol may also be involved in the control.
1) [Fe (OH2) 6] (NO3) 3 \u003d [FE (OH2) 6] (3+)+3NO3 (-)
2) [Fe (OH2) 6] (3+)+ HOC2H5 \u003d [Fe (OH2) 5 (HOC2H5)] (3+)+ H2O
3) No3 (-)+ NHOC2H5 \u003d [NO3 (HOC2H5) N] (-)
Some of the hydraulic iron ions will exchang with alcohol -generated ligands. The generated water -rail ions or part of the alcoholicine -agreed iron ion use the electric field (with charge) to induce the water and alcohol of the coordinate. The hydrogen bonds are formed with O in other alcohols to disperse the charge;
Nitrate root ion uses the H on the HO group on it to form a hydrogen bond to form a alcoholic acid root ion.
FE (NO3) 3.6H2O C2H5OH
Iron iron is easy to bring crystalline water, so generally considering salt with crystal water dissolved in ethanol;
Ethanol is similar to water, which is OH oh. The solitary electrons can be used as an electron to form a matching object, but because the H2O volume is small and the position is much smaller, the Oh on the OH in it is also stronger than the OH in the alcohol. +) Choose to match H2O, but because the amount of H2O is small and the amount of alcohol is large, a small part of the alcohol may also be involved in the control.
1) [Fe (OH2) 6] (NO3) 3 \u003d [FE (OH2) 6] (3+)+3NO3 (-)
2) [Fe (OH2) 6] (3+)+ HOC2H5 \u003d [Fe (OH2) 5 (HOC2H5)] (3+)+ H2O
3) No3 (-)+ NHOC2H5 \u003d [NO3 (HOC2H5) N] (-)
Some of the hydraulic iron ions will exchang with alcohol -generated ligands. The generated water -rail ions or part of the alcoholicine -agreed iron ion use the electric field (with charge) to induce the water and alcohol of the coordinate. The hydrogen bonds are formed with O in other alcohols to disperse the charge;
Nitrate root ion uses the H on the HO group on it to form a hydrogen bond to form a alcoholic acid root ion.
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