Can carbon monoxide and barium hydroxide react to what is generated

It can't under normal conditions, but it doesn't necessarily fail to respond under extraordinary conditions.

Carbon monoxide can be regarded as the anhydride of formic acid (HCOOH), so it still has a tendency to react with hydroxides to form formate.

For example, at high temperature (150 degrees) and high pressure (2 MPa, or 20 atmospheres), carbon monoxide reacts with sodium hydroxide to form sodium formate

co + naoh = hcoona

In fact, industrially sodium formate is produced using this method.

As for barium hydroxide, as a strong base it should be able to react like that, namely:

2CO + BA(OH)2 = BA(HCO)2Finally, if you are a middle school student, you should not react with barium hydroxide, otherwise the teacher will deduct your points

Can't react. The Ba(OH)2 reaction must be soluble in water (except for grinding with solids) and CO is insoluble in water, so it cannot react.

No, Ba(OH)2 is alkaline, but CO is different from CO2 in that it is acidic, CO is neutral, so there is no reaction between the two.

No, carbon monoxide is insoluble in water.

No, because CO is insoluble in water.

Barium hydroxide with carbon dioxide.

The chemical equation of the reaction.

A small amount of carbon dioxide:

co₂＋ba(oh)₂＝baco₃！h o Excess carbon dioxide: Burning Xiangyu.

co2+ba（oh）2=ba（hco3）

The main pathways for CO2 production are as follows:1. Organic matter (including animals and plants) can release carbon dioxide in the process of decomposition, fermentation, decay and deterioration.

2. Carbon dioxide should also be released during the combustion of oil, paraffin, coal and natural gas.

3. Petroleum and coal will also release carbon dioxide in the process of producing chemical products.

4. There are feces and humic acid in the skin section.

Carbon dioxide is also released during fermentation and maturation.

5. All animals must inhale oxygen and exhale carbon dioxide during breathing.

Barium hydroxide excess:

NaHCO3 + BA(OH)2 = BAC3 + NaOH + H2O barium hydroxide in small amount:

2nahco3+ba(oh)2=baco3↓+2h2o+2naoh

Chemical equation for the reaction of sodium carbonate and barium hydroxide:

Ba(OH)2 + Na2CO3 = 2NaOH + BaCO3 ionic equation for the reaction of sodium carbonate and barium hydroxide:

co32- +ba2+ =baco3↓

Role of sodium carbonate:1. The glass industry is a large consumption of soda ash, and soda ash is consumed per ton of glass. It is mainly used for float glass, picture tube glass shell, optical glass, etc.

2. Used in chemical industry, metallurgy, etc. The use of heavy soda ash can reduce the flying of alkali dust, reduce the consumption of raw materials, improve labor conditions, and also improve product quality, while reducing the erosive effect of alkali powder on refractory materials and prolonging the service life of the kiln.

3. As a buffer, neutralizer and dough improver, it can be used for pastries and flour foods, and can be used in an appropriate amount according to production needs.

4. As a detergent for wool rinsing, bath salts and medicine, alkaline agent in tanning.

There are two cases in which sodium carbonate and barium hydroxide react:

When sodium carbonate is sufficient, the equation is: Ba(OH)2 + NaHCO3 = BAC3 + NaOH + H2O

When sodium carbonate is insufficient, the equation is: BA(OH)2+2NaHCO3=BAC3 +Na2CO3+2H2O.

The sodium carbonate and barium hydroxide reaction is a metathesis reaction. There is no change in the valency of each element.

And water is not possible.

Analysis 1: Barium hydroxide ionization ionizes barium ions and hydroxide in water, and hydroxide inhibits the ionization of water without precipitation, gas or insoluble solute formation.

Analysis 2: Barium hydroxide is alkaline, water is neutral, there is no acidic substance, water can only be a solvent for barium hydroxide.

And carbon dioxide can.

Analysis: Carbon dioxide is an acidic oxide, and there will be a reaction equilibrium in water: CO2 + H2O === Reversible) ==H2CO3 === Reversible staring width) ==2H + CO3 (The valence state of Kai or bright ions should be understandable, right?)

Hydrogen ions react with the hydroxide group ionized from barium hydroxide to form a barium carbonate precipitate. Continued introduction of carbon dioxide into the solution results in the formation of barium bicarbonate.

Because barium carbonate is insoluble, barium carbonate cannot be converted to barium hydroxide in one step. Specific conversion methods:

Pyrolysis of barium carbonate, chemical reaction equation: BAC3 = high temperature = Bao + CO2 (gas);

Barium oxide reacts with water, and the chemical reaction equation is: Bao+H2O=Ba(OH)2

Barium hydroxide excess:

NaHCO3 + BA(OH)2 = BAC3 + NaOH + H2O barium hydroxide in small amount:

2nahco3+ba(oh)2=baco3↓+2h2o+2naoh

The reaction products are barium carbonate, sodium hydroxide, water.

The reaction between barium hydroxide and carbon dioxide is directly with CO2.

CO2 + Ba (OH) 2 == BaCO3 + H2O sodium and copper sulfate react with water first is because the examples present in H2O are hydrated ions, surrounded by water molecules.

Cu2+ is also surrounded by water, so Na reacts before water when it comes into contact with H2O.

For the problem of hydrated ions, please refer to page 30 of the textbook Chemistry Compulsory 1.

Because sodium and water react quickly, it can actually be written as a total reaction.

And the reaction between carbon dioxide and water is very weak, so it's reversible, so it's customary to write the carbon dioxide reaction as one step, and the sodium reaction as two steps.

Sodium first reacts with water to form NaOH, and NaOH reacts with copper sulfate to form Cu(OH)2 blue precipitate.

2na+2h2o=2naoh+h2↑

2naoh+cuso4=cu(0h)2↓+na2so4