MnO2 is a basic oxide of Mn having a lower oxidation state and it can react with H2SO4 at any condition. Let us see the reaction mechanism between H2SO4 and MnO2. Manganese dioxide is a reducing agent because of the oxidation number of Mn is +4 and can oxidation to increase its oxidation number and … Read more
Mn3O4 is a metal basic oxide so it can easily react with a strong acid like H2SO4 under normal conditions. Let us find the mechanism behind the reaction of H2SO4 + Mn3O4. Mn3O4 or manganese oxide is a mixed valence oxide of Mn, where central metal is in +2 and +3 oxidation state. Mn3O4 is … Read more
Mn2O7 is an acidic molecule so it can react with acid molecules stronger. Let us see what happens when H2SO4 reacts with Mn2O7. In Mn2O7, the oxidation state of Mn is +7, so it is the most oxidizing agent and can undergo reduction and can oxidize other elements or molecules. The molecule is also known … Read more
Li is an alkali metal and when it reacts with a strong acid like H2SO4, it can release hydrogen gas. Let us understand the reaction mechanism behind Li and H2SO4. Li has higher standard reduction potential -3.401 EV which is so high that it is placed above hydrogen in the electrochemical series. Lithium can easily … Read more
KClO3 is a salt of strong base called potassium hydroxide, so it can easily react with a strong acid like H2SO4. Let us see the details of the reaction between KClO3 and H2SO4. On the thermal decomposition of potassium chlorate, we get oxygen gas. So it is a commercial reagent for the preparation of O2. … Read more
KOH can easily react with a strong base like H2SO4. Let us discuss the reaction between H2SO4 and KOH. Potassium hydroxide is one of the strongest bases because it is a hydroxide of alkali metal. It can easily release hydroxide ions in an aqueous solution so it is Arrhenius base. Hot and concentrated sulfuric acid … Read more
The reaction between H2SO4 and Fe(OH)3 follows an inorganic mechanism where the latter is a weak base rather electrolyte. Let us see the reaction of H2SO4 and Fe(OH)3 in deatil. Ferric hydroxide is the weak base where iron is present at the +3 oxidation state. So, it can react with a strong acid like sulfuric … Read more
KMnO4 is a strong oxidizing agent and can react with molecules having higher reduction potential. Let us see in detail the mechanism of its reaction with H2SO4. Potassium permanganate is a purple violate solid molecule and it is a powerful reagent as the central metal Mn presents a +7 oxidation state. It can react with … Read more
H2SO4 is a strong acid and it can react with many more transition metals. Let us see the mechanism behind the reaction H2SO4 + Fe. Iron is placed higher postion in electrochemical series than hydrogen, so it has higher reduction potential. Sulfuric acid is one of strong mineral inorganic acids and also a powerful oxidizing … Read more
The reaction between hydrochloric acid and copper monosulfide is a common inorganic reaction. Let us see the mechanism behind the reaction between HCl and CuS. Copper sulfide is a borderline element where Cu is borderline acid and makes a bond with soft acid with sulfur. Due to the electronegativity of sulfur, the bond between Cu-S … Read more