Cadmium Sulfate Formula
Cadmium Sulfate Formula
Cadmium Sulfate Formula is CdSO4. The molecular weight of Cadmium Sulphate is 208.47 g/mol. Chemical element cadmium has the designation Cd. It has the atomic number 48. It is a lustrous, ductile, silver-white metal that is extremely malleable. It is a poisonous heavy metallic element that is commonly present in the earth’s crust. It is utilised in nuclear reactors as an absorbing substance to regulate the rate at which neutrons react. Friedrich Stromeyer made the discovery of cadmium.
Properties Of Cadmium Sulfate
The density of it is 4.691 g/cm3. It has a 1000oC melting point. Cadmium hydroxide and sulfuric acid combine to form cadmium sulphate and water. An inorganic substance with the formula CdSO4 is called cadmium sulphate. It is a crystalline solid of white hue that is readily soluble in water. Electroplating cadmium in electrical circuits makes extensive use of it. It is a substance that naturally exists in the crust of the earth. It usually occurs as a mineral composed of other elements and is malleable, ductile, and soft.
Cadmium Sulfate Structural Formula
Cadmium Sulfate Formula is CdSO4. It is an inorganic substance. Cadmium is a cation and sulphate is an anion in this molecule. The core sulphur atom in this sulphate ion is surrounded by four oxygen atoms. It is important to take a look at Cadmium Sulfate’s Lewis structure. Ionic bonds keep it together. To understand the structural formula, it is essential to know the Cadmium Sulfate Formula.
What is Cadmium Sulfate?
Humans are poisonous to cadmium sulphate. Cadmium sulphate exposure can irritate the skin and eyes. The nose and throat can become irritated after inhaling cadmium sulphate. Human kidneys and lungs are negatively affected by it. This chemical can cause human cancer. It may result in nausea, diarrhoea, vomiting, and pain in the abdomen.
The formula for for Cadmium Sulfate:
The Cadmium Sulfate Formula is represented by CdSO4. When cadmium sulphate is heated, poisonous cadmium oxide vapours are produced. After lead and mercury, it is one of the environmental contaminants. One cadmium atom, one sulphur atom, and four oxygen atoms make up this chemical. It is a recognised carcinogen and is linked to a higher chance of getting lung cancer. The live classes of Extramarks are beneficial for learning the structure and Cadmium Sulfate Formula.
Properties:
Cadmium Sulfate Formula in chemical study is CdSO4. Sodium sulphate and cadmium hydroxide are produced when cadmium sulphate interacts with sodium hydroxide. Chromium and cadmium are produced when chromium interacts with cadmium sulphate. Cadmium hydroxide and ammonium tetraoxosulfate are created when ammonium oxide interacts with cadmium sulphate.
Preparation:
It is produced by the reactions of sulphuric acid with cadmium. Sodium persulphate undergoes reaction with cadmium to give cadmium sulphate. It is also produced by reaction of cadmium hydroxide with the sulphuric acid. Water is also produced in this reaction.
Applications:
The manufacture of solar cells involves the usage of cadmium sulphate. It serves as a pigment in luminous screens and in electroplating. In the Weston standard cell, it serves as the electrolyte. In photoresistors, it serves as a chemical bath deposition. It can also be used as a chemical intermediary. For the electroplating of cadmium in electronic circuits, cadmium sulphate is frequently employed. A predecessor to cadmium-based pigments like cadmium sulphide, it also contains cadmium. Additionally, it serves as both a pigment in fluorescent screens and the electrolyte in a Weston standard cell.
Solved Examples
All the questions related to the Cadmium Sulfate Formula need to be practised consistently by students. It is important to focus on each reaction regarding the Cadmium Sulfate Formula. The Extramarks learning platform has NCERT solutions that are significant for solving examples related to the Cadmium Sulfate Formula. All the chapters of Chemistry syllabus can be learnt in detail with the assistance of teachers at Extramarks.
