HBr is strong inorganic acid that can easily react with electron-deficient Mg2Si without a catalyst. Let us predict the mechanism behind the reaction. Mg2Si or magnesium silicide is a lewis base because the silicon center has a vacant d orbital that is energetically accessible and can accept an electron. It is also used as an … Read more
NaH2PO4 is a basic salt of sodium produced from NaOH or NaHCO3 and it can easily react with HBr. Let us explore the mechanism of the reaction between HBr and NaH2PO4. NaH2PO4 or monosodium phosphate is a basic salt that can be prepared from sodium phosphate where two sodium replaced by two H atoms. In … Read more
HBr KBrO3, also known as hydrobromic acid and potassium bromate, is a chemical compound commonly used in various industries. It is a strong acid that is highly corrosive and can cause severe burns. HBr KBrO3 is primarily used in the production of pharmaceuticals, dyes, and perfumes. It is also used as a reagent in chemical … Read more
HBr is strong halogen acid that can be easily reacted with basic salt like KClO3. Let us find the reaction mechanism behind the reaction between HBr + KClO3. KClO3 or potassium chlorate is a strong oxidizing agent, it can be oxidized many elements undergoes self-reduction. Potassium chlorate is a strong electrolytic agent and it can … Read more
KMnO4 is a strong oxidizing agent so it can easily react with H2SO3 under normal conditions. Let us see the mechanism behind the reaction between H2SO3 and KMnO4. Potassium permanganate is a purple color solid molecule and makes a solution for using this reagent. Due to its characteristics and color change with pH, it acts … Read more
H2SO3 is a strong acid that can easily react with the salt of a strong base like KIO3. Let us see the reaction mechanism between the H2SO3 and KIO3. H2SO3 or sulfurous acid is an inorganic acid of S and it is a very strong acid having a pka value is 1.81. the acid has … Read more
Sulfurous acid can easily react with a strong base like lithium hydroxide at normal conditions. Let us see the reaction mechanism between H2SO3 and LiOH in this article. LiOH or lithium hydroxide is a strong inorganic alkali metal base and it can easily release hydroxide ions. H2SO3 is a strong inorganic acid that can easily … Read more
Cl or Chlorine is one of the most electronegative elements in the periodic table and belongs to the halogen family. Let us explore the electronegativity and ionization of Cl. Chlorine is the 2nd member of the group 17th halogen family after fluorine. Down the group electronegativity decreases due to an increase in atomic size and … Read more
Carbon is a group of 14th non-metal elements in the periodic table having an atomic mass of 12.011 u. Let us know some important properties of Carbon. Carbon has an electronegativity of 2.55 and has higher ionization energy due to its 2s and 2p orbital which are closer to the nucleus. The electronegativity of C varies by its … Read more
Boron is a group of 13th non-metal elements in the periodic table having an atomic mass of 10.811 u. Let us know some important property about boron. Boron has an electronegativity of 2.04 which is almost the same as hydrogen although is far from H atom. Being a non-metal element it has a higher electronegativity … Read more