Are there any books dedicated to chemical equations?

You don't need a special book.

There are a lot of things in chemistry that can be summed up in the course of study.

Like you said in chemical equations.

You can summarize it yourself.

It can be summarized by classification of the type of substance.

I believe that you will learn better after your own hard work.

For junior high school students: Oxygen production from hydrogen peroxide in the laboratory: 2H2O2== 2H2O+O2 The condition is MNO2

Heating potassium permanganate: 2kmNO4 == K2mNO4+mNO2+O2 condition is heating.

Heating potassium chlorate (with a small amount of manganese dioxide): 2kclo3== 2kCl+3O2 The condition is that mno2 is heated.

Water decomposes under the action of direct current: 2H2O ==2H2 +O2 condition is electrified.

Carbonic acid is unstable and decomposes: H2CO3==H2O+CO2

Warm calcined limestone (carbon dioxide industrial method): CaCO3== CaO+CO2 The condition is high temperature.

Hydrogen Reduction Copper Oxide: H2+CuO == Cu+H2O The condition is heating.

Charcoal Reduction Copper Oxide: C+2CuO== 2Cu+CO2 The condition is high temperature.

Water vapor passes through the glowing carbon layer: H2O+C== H2+CO conditions are high temperatures.

Coke reduced iron oxide: 3C+2Fe2O3 == 4Fe+3CO2 The condition is high temperature.

Sodium hydroxide solution reacts with copper sulfate solution: 2NaOH+CuSO4==Cu(OH)2+Na2SO4

Carbon monoxide reduction copper oxide: CO+CuO== Cu+CO2 condition is heating.

Carbon monoxide reduces iron oxide: 3CO+Fe2O3== 2FE+3CO2 condition is high temperature.

Carbon dioxide passes through clarified lime water (test carbon dioxide): Ca(OH)2+CO2==CaCO3+H2O

Sodium hydroxide and carbon dioxide reaction (carbon dioxide removed): 2NaOH + CO2 = = Na2CO3 + H2O

Limestone (or marble) reacts with dilute hydrochloric acid (laboratory preparation method of carbon dioxide): CaCO3+2HCl==CaCl2+H2O+CO2

Sodium carbonate reacts with concentrated hydrochloric acid (principle of foam fire extinguisher): Na2CO3 + 2HCl = = 2NaCl + H2O + CO2

High temperature calcined limestone: CaCO3== CaO+CO2 conditions are high temperature.

The principle of chemical reaction of oxygen, hydrogen and carbon dioxide prepared in the laboratory; flammability and reduction of hydrogen, carbon, carbon monoxide; carbon dioxide testing; Properties of common acids and bases. Wait a minute.