Supportive Question Answers Metal and Non-Metal Class 10

The extraction of pure copper from its ore involves several steps. Which can be broadly categorized into three main stages: concentration of the ore, extraction of copper, and purification of the extracted copper. Copper is metal, is primarily extracted from its sulfide ores, such as copper pyrite (CuFeS₂). 1. Concentration of the Ore 2. Extraction […]

What are Alloys? How are They Prepared? Alloy Used for Welding Electric Wires Together: Solder is used in electrical and electronic work to join components together by melting and then solidifying to form a strong electrical connection. Types of Welding Welding is a process used to join materials, typically metals or thermoplastics, by causing coalescence.

Why Metal Sulphides and Carbonates are Converted to Oxides: Chemical Reactions: Calcination vs Roasting Calcination and roasting are two important thermal processes used in metallurgy to prepare ores for further extraction of metals. They involve heating ores, but they differ in their methods and objectives. Aspect Calcination Roasting Definition Heating of ores in the absence

Ionic compounds are good conductors of electricity under the following specific conditions: Difference Between Good Conductors and Bad Conductors of electricity Property Good Conductors Bad Conductors (Insulators) Definition Materials that allow electricity to flow through them easily. Materials that do not allow electricity to flow through them easily. Electrical Conductivity High electrical conductivity. Low electrical

Metals and non-metals have distinct chemical properties that differentiate them. Here’s a clear comparison based on their chemical behavior: Metals vs. Non-Metals: Chemical Properties Property Metals Non-Metals Reactivity with Acids React with acids to produce hydrogen gas and a metal salt.Example Reaction:► Zn+2HCl→ZnCl2​+H2​ Generally do not react with acids; if they do, the reactions are

Highly reactive metals, such as sodium, magnesium, and aluminum, cannot be obtained from their oxides using coke as a reducing agent because coke is not reactive enough to reduce these metals’ oxides. Here’s a simpler explanation: Reactivity of Metals and Reducing Agents: Why Coke Doesn’t Work for Highly Reactive Metals: Alternative Methods: Summary: Coke cannot

Minerals and Ores: Why Some Minerals Aren’t Ores: Example: So, bauxite is the ore of aluminum, while clay is just a mineral, not an ore. 5 Ore High in use and metal extracted from them Ore Metal Extracted Uses of Metal Bauxite Aluminum Construction, transportation, packaging Hematite Iron Steel production, construction, machinery Galena Lead Batteries,

The thermite process is a highly exothermic reaction that involves the reduction of a metal oxide by aluminum powder to produce the corresponding metal and aluminum oxide. This process generates significant heat, which can melt the metal formed during the reaction. Reaction: Uses of the Thermite Process:

While both magnesium and manganese are essential minerals with roles in human health, they have distinct properties and functions “Comparison between Magnesium (Mg) and Manganese (Mn)“ Property/Aspect Magnesium (Mg) Manganese (Mn) Symbol Mg Mn Atomic Number 12 25 Position in Periodic Table Group 2 (Alkaline Earth Metal), Period 3 Group 7 (Transition Metal), Period 4

Two metals that evolve hydrogen gas when they react with dilute nitric acid are magnesium (Mg) and manganese (Mn). 1. Magnesium (Mg) with dilute nitric acid: 2. Manganese (Mn) with dilute nitric acid: These metals are able to reduce nitric acid under certain conditions, leading to the evolution of hydrogen gas. Hydrogen Gas Test: The

Nitric acid is a strong oxidizing agent. When it reacts with metals, it typically oxidizes the hydrogen gas (H₂) that would be produced into water (H₂O). Instead of hydrogen gas being released, the metal usually reacts with nitric acid to produce a nitrogen oxide (like NO₂ or NO) along with a metal nitrate. Important points

Galvanization is a process used to protect steel or iron from rust and corrosion. It involves coating the metal with a layer of zinc. Benefits of Galvanization How Galvanization Works :-