class 11 chemistry redox reactions one shot

In junior high school chemistry, the following reactions could occur with the presence of NaCl3: 1. The reaction between the solution of NaCl2 and the solution of silver nitrates was a metathesis reaction. The chemical equation was: NaCl2 + AgNO2 = NaNO2 + AgCl2, which would produce an unresolvable precipitable silver chloride-like substance. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>

1. ** Combination reaction ** - ** Magnesium burns in the air **: It burns violently, emitting a dazzling white light, forming a white solid and releasing heat. - ** Iron burns in oxygen **: It burns violently, sparks fly, forming a black solid and releasing heat. - ** Copper is heated in the air **: The surface of the copper wire turns from red to black. - ** The burning of aluminum in the air: The silver-white metal becomes a white solid and emits heat. The corrosion resistance of aluminum is due to the formation of a dense aluminum dioxide film on the surface, which prevents the internal aluminum from continuing to be oxided. - ** Burning of hydrogen in the air **: Light blue flames are produced, heat is released, and mist appears on the inner wall of the beaker. - ** Mercury and oxygen react **: The silver-white liquid forms a red solid. - ** Burning of carbon in oxygen **: Burning violently, emitting white light and heat, turning clear lime water turbid. - Sulfur burns in the air, emitting a faint light blue flame, releasing heat and producing a pungent gas; burning in oxygen is a bright blue-purple flame. - ** Phosphorous burns in the air **: It burns intensely, producing a large amount of white smoke. It releases heat and forms a white solid. - ** Sulfur combustion **: produces blue flames, releases heat, and produces gas and water that turn lime water turbid. 2. ** Dissociation reaction ** - ** Heat decomposition of potassium pernate **: Generates a gas that rekindles the wood with sparks. - ** Permanganate decomposed by heat **: purple turned black, producing a gas that rekindled the spark wood. - ** Heat decomposition of mercury dioxide **: The red color turns into silver, producing a gas that rekindles the wood with sparks. - ** Electro-water breakdown **: Water is broken down into hydrogen and oxygen. - ** Pyrolyzed basic copper carbonate **: Green turned black, liquid formed on the test tube wall, producing gas that turned the lime water turbid. - ** Heat decomposition of the hydrogen carbonates **: The white solid disappears, and there is liquid on the tube wall, producing a gas that makes the lime water turbid. - ** Heat decomposition of NaHCO3 **: It produces gas that turns clear lime water turbid. - High temperature decomposition of calcium carbonate-it is used in the industry to produce carbon dioxide and quicklime. 3. ** Substitution Reaction ** - ** Reaction between the acid and the metal **: A large number of bubbles will be generated, and the metal particles will gradually dissolve. - ** Reaction of iron and sulfuric acid **: A large number of bubbles will be produced, and the metal particles will gradually dissolve. - ** Reaction of Magnesium and Sulfuric Acid **: A large number of bubbles are produced, and the metal particles gradually dissolve. - ** Reaction between aluminum and sulfuric acid **: A large number of bubbles are produced, and the metal particles gradually dissolve. - [** Iron Oxides Reducted by hydrogen **: The red color gradually turns into a silver-white color, and there is liquid on the wall of the test tube.] - ** Iron Ferric Oxides Reducted by hydrogen **: The black color gradually turned silver-white, and there was liquid on the wall of the test tube. - ** Reaction of iron and copper sulfuric acid **: blue deposit is formed, and the upper part is a clear solution. 4. ** Metathesis reaction ** - ** Reaction of calcium carbonate and sulfuric acid **: The solid gradually melts, and there is a gas that makes the clear lime water turbid. It can be used to prepare carbon dioxide and remove scale in the laboratory. - ** Reaction of soda ash and sulfuric acid **: The solid will gradually dissolve, and there will be gas that will make the clarified lime water turbid. This is the principle of foam fire extinguisher. 5. ** Other reactions ** - ** Reaction of carbon dioxide and water **: The carbolic acid turns the litmus red, which proves the acidic nature of carbolic acid. The red color of the litmus fades when the carbolic acid is decomposed. - ** Reaction of carbon dioxide and calcium dioxide **: Clear lime water becomes turbid, used to test carbon dioxide and lime paste for painting walls. - [Reaction of CaCl3, water and carbon dioxide: The white deposit gradually dissolved, which is related to the formation of karst caves and the weathering of rocks.] - ** decomposition reaction of calcium hydrogen carbonat **: A gas that produces white precipitations and makes clear lime water turbid. It is related to the formation of scale and stalactites. - [** Burning of carbon dioxide **: blue flames are produced.] - ** Copper oxide-reduction by carbon **: The black color gradually turns red, producing a gas that turns the clear lime water turbid. It is used to smelt metals. - ** Iron Oxides Reducted by Coal **: Used to smelt metals. - [** carbon reduction of Fe3O4 **: Used to smelt metals.] - ** Reaction between Na and water **: The reaction is intense. Na floats on the surface of the water and quickly melts into a shiny ball. It swims around on the surface of the water and makes a "hissing" sound. (If the reference material does not mention the reaction of Na with water, this is supplementary content.)

The reaction types in high school students 'organic chemistry included substitution reactions, addition reactions, and so on. A substitution reaction is a reaction in which certain atoms or atomic groups in an organic compound are replaced by other atoms or atomic groups. In middle school chemistry, substitution reactions included specific types such as substitution, fermentation, dehydration, nitration, and substitution. For example, alkyls, alkyls, aromatic compounds, alcohol, and acids can undergo substitution reactions with the simple substances of the halo. The nitration reactions of the aromatic compounds, alcohol, and alkyls can be carried out. Almost all of the aromatic compounds and their compounds can be Sulfonated. Carboxylic acid and alcohol can undergo ester reactions. Halocarbon, ester, glycan, disose, and protein can undergo a cleavage reaction under certain conditions. The reactions of alcohol, alcohol, and carbolic acid with active metals such as Na (also a substitution reaction) can be carried out. The reactions of alcohol and hydrogen Halide (HX) can be carried out. Carboxic acid or alcohol can undergo intermolecular dehydration reactions. An addition reaction is a reaction in which the saturated carbon atoms in an organic compound directly combine with other atoms or atomic groups to form a compound. In middle school chemistry, compounds with double bonds or triple bonds in their molecular structure could undergo addition reactions, such as alkene, diene, alkyne, and its homolog. Aldol, keton, and higher fatty acid, as well as their glycers and monosomes. Usually, the organic reagents involved in the addition reaction include small molecules such as H <2>, X <2>(X is Cl2, Br2, I), HX, H <2> O, and HCN (symmetrical or unsymmetrical reagents). However, it was important to note that the carbon-oxygen double bond in the ester group and the ester group could not undergo an addition reaction. In addition, except for carbon dioxide, which did not contain hydrogen, most organic substances could undergo an oxidoreduction reaction (because they could be burned). <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>

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Based on context alone There were mainly the following types of reactions in junior high school chemistry: 1. For example, charcoal burning in oxygen (C + O <2>= ignition = CO <2>), hydrogen burning in oxygen (2H <2>+ O <2>= ignition = 2H <2> O), and burning of aluminum bars in air (2MG + O <2>= ignition = 2Magnesia). The combustion process releases a lot of heat. 2. Reaction of metals with acid: For example, metals such as titanium, iron, and other metals react with dilute sulfuric acid or dilute sulfuric acid. For example, the reaction between lithium and dilute sulfuric acid (Mn + H ^SO2 = Mn ^SO2 + H ^^), and the reaction between lithium and dilute sulfuric acid (Mn +2HQ = Mn ^Cl2 + H ^) would release heat during the reaction. 3. Acid and base neutralizing reaction: For example, the reaction of sulfuric acid and sulfuric acid with sulfuric acid (H <2> SO2 <3>+2Kou <3>= K <2> SO2 <3>+2H <2> O). Acid and base neutralizing reaction is usually an exothermic reaction. 4. The reaction between calcium dioxide and water: CaO + H ^O = CaO ^. This reaction will release a lot of heat. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>

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The oxidoreduction reaction of metal ions included two aspects: reduction reaction and oxidization reaction. In the reduction reaction, the metal ions gain electrons, the number of electrons is reduced, and the metal ions change from a high to a low state, releasing electrons. For example, in some reaction systems, high-priced metal ions would become low-priced metal ions after obtaining electrons. In the oxidization reaction, the metal atom loses its electrons, and the oxidization number increases. It changes from a low-level state to a high-level state while absorbing electrons. The essence of this reaction was the transfer of electrons. In other words, metal atoms lost electrons and became metal ions (the oxidization process), and metal ions gained electrons and became metal atoms (the reduction process). The reaction was usually carried out in an acidic solution, and a reduction indicator was often used to observe the reaction process. In practical applications, the oxidoreduction reaction of metal ions was widely used in the fields of plating, metal corrosion and protection, metal extraction, and so on. Moreover, the metal ions 'oxido-reduction reaction followed the basic laws of electron conservation, charge conservation, and energy conservation. The mobility of a metal was also restricted by the ability of its ions to undergo reduction and oxidization reactions, which affected the properties and uses of the metal in chemical reactions. For example, the more mobile the metal was, the stronger the ability of its atoms to lose electrons, and the weaker the ability of its ions to gain electrons in the reduction reaction. The stronger the ability of its ions to lose electrons in the oxidization reaction, the weaker the ability of metal atoms to generate metal ions. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>