
Pyrolusite is:
(A) A sulphide ore of Mn
(B) An oxide ore of Mn
(C) A carbide ore of P
(D) A chloride ore of Zn
Answer
232.8k+ views
Hint: Out of numerous minerals in which some metal may be present, only a few are feasible to be used as the basis of that metal. That type of minerals are known as ores. In nature not all elements occur in pure states. In nature Pyrolusite is a Brown-black solid containing manganese metal.
Complete step by step answer:
* We know that some metals or elements exist in nature in combined states with other chemicals.
* The combined state of metals with other elements is called ores and the pure metal from the ore is obtained after various metallurgical processes.
* Pyrolusite is an ore containing Manganese metal.
* Manganese exists as Manganese oxide in Pyrolusite.
* There Pyrolusite is an oxide of Manganese (\[Mn{{O}_{2}}\]).
* Therefore Manganese is present in the form of an oxide in Pyrolusite.
So, the correct option is B.
Additional information:
* Pyrolusite is a black, amorphous mineral containing Manganese.
* Pyrolusite is widely used for the manufacture of ferromanganese and of many alloys for example manganese-bronze.
* Pyrolusite is used as an oxidizing agent in the preparation of chlorine.
* Pyrolusite is used in the manufacture of green and violet color paints.
* Natural pyrolusite is used in batteries.
Note: The oxidation state of manganese in Pyrolusite (\[Mn{{O}_{2}}\]) is +4. Manganese is going to be represented with the chemical symbol “Mn” and its atomic number is 25.
Manganese is a metal belonging to d-block and group-7 in the periodic table.
Complete step by step answer:
* We know that some metals or elements exist in nature in combined states with other chemicals.
* The combined state of metals with other elements is called ores and the pure metal from the ore is obtained after various metallurgical processes.
* Pyrolusite is an ore containing Manganese metal.
* Manganese exists as Manganese oxide in Pyrolusite.
* There Pyrolusite is an oxide of Manganese (\[Mn{{O}_{2}}\]).
* Therefore Manganese is present in the form of an oxide in Pyrolusite.
So, the correct option is B.
Additional information:
* Pyrolusite is a black, amorphous mineral containing Manganese.
* Pyrolusite is widely used for the manufacture of ferromanganese and of many alloys for example manganese-bronze.
* Pyrolusite is used as an oxidizing agent in the preparation of chlorine.
* Pyrolusite is used in the manufacture of green and violet color paints.
* Natural pyrolusite is used in batteries.
Note: The oxidation state of manganese in Pyrolusite (\[Mn{{O}_{2}}\]) is +4. Manganese is going to be represented with the chemical symbol “Mn” and its atomic number is 25.
Manganese is a metal belonging to d-block and group-7 in the periodic table.
Recently Updated Pages
Know The Difference Between Fluid And Liquid

Types of Solutions in Chemistry: Explained Simply

Difference Between Crystalline and Amorphous Solid: Table & Examples

Hess Law of Constant Heat Summation: Definition, Formula & Applications

Disproportionation Reaction: Definition, Example & JEE Guide

JEE General Topics in Chemistry Important Concepts and Tips

Trending doubts
JEE Main 2026: Session 2 Registration Open, City Intimation Slip, Exam Dates, Syllabus & Eligibility

JEE Main 2026 Application Login: Direct Link, Registration, Form Fill, and Steps

JEE Main Marking Scheme 2026- Paper-Wise Marks Distribution and Negative Marking Details

Understanding the Angle of Deviation in a Prism

Hybridisation in Chemistry – Concept, Types & Applications

How to Convert a Galvanometer into an Ammeter or Voltmeter

Other Pages
JEE Advanced Marks vs Ranks 2025: Understanding Category-wise Qualifying Marks and Previous Year Cut-offs

Hydrocarbons Class 11 Chemistry Chapter 9 CBSE Notes - 2025-26

Thermodynamics Class 11 Chemistry Chapter 5 CBSE Notes - 2025-26

Equilibrium Class 11 Chemistry Chapter 6 CBSE Notes - 2025-26

Organic Chemistry Some Basic Principles And Techniques Class 11 Chemistry Chapter 8 CBSE Notes - 2025-26

NCERT Solutions For Class 11 Chemistry Chapter 7 Redox Reactions (2025-26)

