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Very reducible. It is easy to react with oxidizing substances. Both alkali metals and metal elements can react with acids. Iron and magnesium can also undergo displacement reactions...
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All the chemical equations for sodium and its compounds are:1. Sodium and oxygen reaction at room temperature: 4Na+O2=2Na2O.
2. Sodium and oxygen ignition condition reaction: 2Na+O2=Na2O2 (ignition).
3. Sodium and water reaction: 2Na + 2H2O = 2NaOH + H2.
4. Reaction between sodium and sulfuric acid: 2Na + H2SO4 = Na2SO4 + H2.
5. Sodium oxide reacts with water: Na2O+H2O=2NaOH.
6. Reaction between sodium peroxide and carbon dioxide: 2Na2O2+2CO2=2Na2CO3+O2.
Industrial Uses of Sodium:Determination of chlorine in organic matter. Reduced and hydrogenated organic compounds. Detection of nitrogen, sulfur and fluorine in organic matter.
Removal of water from organic solvents (benzene, hydrocarbons, ethers). Impurities such as oxygen, iodine or hydroiodic acid are removed from hydrocarbons. Preparation of sodium amalgamation, sodium alkoxide, pure sodium hydroxide, sodium peroxide, sodium amino, alloy, sodium lamp, photocell, and active metal.
The above content reference: Encyclopedia - sodium.
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The chemical formula of sodium is Na.
Sodium in the periodic table.
It is located in the 3rd period, group a, is a representative of alkali metal elements, has a soft texture, and can react with water to form sodium hydroxide.
Hydrogen is released, and the chemical properties are more active. Elemental sodium.
Widely distributed in the form of salt on land and in the sea, sodium is also one of the important components in human muscle tissue and nerve tissue.
A total of 22 isotopes of sodium have been discovered, ranging from sodium-18 to sodium-37, of which only sodium-23 is stable and the other isotopes are radioactive.
Chemical properties of sodium
The outermost shell of the sodium atom has only 1 electron and is easily lost, so it is strongly reducible. Therefore, the chemical properties of sodium are very active, and it can react with a large number of inorganic substances, most non-metallic elemental substances and most organic substances;
In redox with other substances.
When reacting, as a reducing agent, it is all from 0 valence to +1 valence (due to NS1 electron pairs), usually combined in the form of ionic bonds and covalent bonds. The metallicity is strong, and its ionic oxidation is weak. The relative atomic mass of sodium is.
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1)4na+o2=2na2o
2)2na+o2=na2o2
Cave sells (3)2Na2H2O2Naoh H2 4)2NaCl2 2NaCl
5)2na2o2+2co2=2na2co3+o26)2na2o2+2h2o=4naoh+o2↑7)na2o+co2=na2co3
8)na2o+h2o=2naoh
9) Appropriate amount of 2NAOH CO2 NA2CO3 H2O10) Excessive amount of NaOH CO2 NAHCO311) NAOH HCL NACL H2O
12) 2NaCl 2H2O=2NaOH H2 Cl2 13)Na2CO3 CO2 H2O 2NaHCO314)2NaHCO3=Na2CO3 CO2 H2O15)Na2CO3 2HCl 2NaCl H2O CO2 Song limb (slower response than NaHCO3).
16) NaHCO3 HCl NaCl H2O CO2 (the reaction is faster than Na2CO3).
1. Sodium is placed in air 4Na + O2 = 2 Na2O
2. Sodium ignites 2Na +O2 ***** Na2O2 in air >>>More
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Chemical equation.
It is a formula in which the equation is equal to the left (or arrow) of each reactant and the right is the chemical formula of each product. For example, hydrogen and oxygen react to produce water >>>More
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