Uses of Iron Copper Aluminium and Zinc in Chemistry and Daily Life

The combined list of uses of all these elements could be long enough that you will get bored reading it, so we will chop it down to several different parts so it will be easier for students to understand the importance of each metal along with its uses. Let's talk about Zinc's uses; first, Zinc is used in the galvanization process in which the iron and the steel bars are dipped into hot molten Zinc to get it covered in the layer of Zinc. 

Uses of Aluminium

Speaking of aluminum uses, there is one usage scenario where aluminum cannot be beaten, and that is in the manufacturing of aircraft fuselages. Aluminum is a light metal that can be easily molded into the aircraft's shape while still providing the rigidity of the metal, keeping passengers safe above 30,000 feet. On the other hand, most of the tin cans used to store food and soft drinks are made from aluminum. Most of the kitchen utensils you use in your daily life to cook food are also made from aluminum. The main reason for all of these various kitchen utensils to be made up of aluminum is their low density and non-toxic nature. Also, the thermal conductivity is pretty high, and the same goes for the melting point. Thus, you can use this element in your kitchen without any issues.

What are the Similarities between Iron, Copper, and Aluminium

All three of these elements are metals but have different molecular mass and atomic weights along with an atomic number. Likewise, all of them have luster, and all three of them are good conductors of electricity. All of them can be used to create a ring due to their resonant property. Lastly, all three of them are malleable and can be rusted easily when they contact air. 

As a result, all three of them need to have a coating layer to protect them from getting rusted. 

Aluminium Properties and Uses

Aluminum is the most abundant metal present in the Earth's crust, but it is hard to find it in the uncombined form. During the mining process, we can find it in minerals such as bauxite and cryolite. Also, these minerals which have aluminum in them are called aluminum silicates. There is no doubt that most of us have seen aluminum in our life as it is one metal we get to see everywhere, from our kitchens to airplanes to trash cans. 

Aluminum, when not painted, is present in the silvery-white form. It's a lightweight metal that can be easily molded in any shape and size depending on the requirement and stays in that shape for the rest of the time. The melting point of aluminum is 660 degrees celsius. As a result, it is not advisable for containers made of aluminum to put in a microwave oven. On the other hand, speaking of the boiling point, the element will start boiling at 2519 degrees celsius.  

What is the Use of Aluminium?

We can quickly develop 10 uses of copper as it is present in such a large quantity and has various uses. But the most critical benefit of copper is in the electrical equipment, such as in wiring the electrical component and in the motor coils. Another usage of aluminum is in the field of making coins. It is commonly found across the globe. As a result, its value isn't much, and it is used in the making of coins and other sculptures. The gunmetal also contains copper in it that allows it to quickly harden. The conductivity of both heat and electricity makes it ideal for wires that transmit electricity and signals. These were the major uses of aluminum.

Fun Facts about Copper, Aluminium and Zinc

The major uses of aluminum, along with copper and zinc, are written below.

• First, copper is used as lightning protection as it's a good conductor of electricity. It takes the lightning from the top of the building and pushes it down to the ground. 

• Besides that, aluminum is the one metal that doesn't rust and weighs one-third of steel. 

• Likewise, Zinc has a self-healing property as its coating self sacrifices itself by going through a galvanic reaction to protect the steel on which it is coated. 

These were some of the uses of iron copper aluminum-zinc.

Basic Elements: Iron, Copper, and Zinc

Iron, copper, aluminum, and zinc are the most basic elements in the study of chemistry. These important elements are introduced in chemistry classes much earlier in schools. However, their properties and characteristics are mainly studied in class VIII, chapter 3 metals and nonmetals. This chapter is prescribed by the Central Board of secondary education and therefore holds significant weightage in the examination.

There are various types of elements and copper, zinc and iron are elements that fall under the category of D block elements. These elements are found in the third group to the 12th group of the modern periodic table. D Block elements are also called transition elements or transition metals. The element aluminum falls under the category of P block elements. These elements are those in which the last electron comes in the P orbitals. These elements are found in groups 13, 14, 15, 16 and 17, helium being an exception.

The atomic number of copper is 29, the atomic number of zinc is 30, the atomic number of iron is 26 and the atomic number of aluminum is 13. Iron, zinc, copper and aluminum all fall under the category of metals and therefore are moderate to good conductors of electricity. They have various physical and chemical properties and all of these are extremely useful in industrial and domestic fields.

Key Concepts Necessary to get a  Better Understanding of These Elements are-

• Physical Properties of Metals and Non-metals

• Chemical Properties of Metals

• What happens when Metals are burnt in Air?

• What happens when Metals react with Water?

• What happens when Metals react with Acids?

• How do Metals react with Solutions of other Metal Salts?

• The Reactivity Series

• How dO Metals and Non-Metals React?

• Properties of Ionic Compounds

• Occurrence of Metals

• Extraction of Metals

• Enrichment of Ores

• Extracting Metals Low in the Activity Series

• Extracting Metals in the Middle of the Activity Series

• Extracting Metals towards the Top of the Activity Series

• Refining of Metals

• Electrolytic Refining

• Corrosion

• Prevention of Corrosion