Aluminium Carbonate Formula
Aluminium Carbonate Formula
Carbonic acid, an antacid with phosphate binding properties, is present in the aluminium salt form of Aluminium Carbonate Formula. Aluminium is capable of bonding with phosphate in the intestines, especially the radioactive phosphate P-32, when aluminium carbonate is taken orally. This prevents phosphate uptake.
Students can know more about Aluminium Carbonate Formula by using the resources made available for them through the Extramarks website and app. Students can also access various other types of resources like study materials for different classes and subjects, subject and language based answers, mock tests, doubt sessions, NCERT solutions in preferred language. They also offer examination preparation sources and helps students to explore and develop their interest. Students must therefore remember to visit the Extramarks website for any doubt-clearing or revision purposes. Students can visit the Extramarks website to help themselves understand and better equip themselves with the course material.
What is Aluminium Carbonate?
A carbonate of aluminium is referred to as aluminium carbonate. It is a water-insoluble source of aluminium that seems to be readily convertible into other aluminium compounds. Additionally, there are issues with how it is described. Aluminium Carbonate Formula is a much used salt in the medical field for treatment of various common diseases including stomach and intestinal disturbances.
The independent existence of Aluminium Carbonate Formula is still questionable by many scientists, as the Aluminium Carbonate Formula salt is highly unstable. Aluminium Carbonate Formula must be placed under high pressure in addition to making sure about keeping it away from water to prevent Aluminium Carbonate Formula from evaporating.
Aluminium Carbonate Properties
Aluminium Carbonate Formula has various properties that differentiate it from various other medicinal and non-medicinal drugs and salts. The computed properties of Aluminium Carbonate Formula include molecular weight of the compound, which is 233.99u. Aluminium Carbonate has no hydrogen bond donors, though it has nine hydrogen bond acceptors in its structure. The exact mass of Aluminium Carbonate is known to be 233.917308u. It has 5 covalently bond unit count. The compound of Aluminium Carbonate is also a canonicalized compound. It appears to be a white powdery substance which is soluble in water. The Molar mass of the compound is 96.09 g/mol. This compound also has no boiling point as it decomposes. This compound has a melting point of 58°C. The density of this compound is 1.5g/cm³.
Aluminium Carbonate Chemical Structure
The structure of this compound called Aluminium Carbonate is presented in two types. The 2D structure and the 3D conformer.
Aluminium Carbonate Uses
There are various uses to Aluminium Carbonate that will help students understand its properties better and also provide them with knowledge about this compound. Aluminium Carbonate can be used as a medicine in the form of an antacid to relieve acid reflux, stomach inflammation and ulcers. This form of drug or the compound of Aluminium Carbonate can be invested by people only in the form of liquid or pill. It will help people control gastrointestinal problems or disorders. Administration of Aluminium Carbonate requires people or patients to attentively care, as administration of this drug with other drugs can lead to decrease in effects of other medications.
Constipation and some other discomfort can result from using aluminium carbonate excessively. Some people should not use aluminium carbonate because they have allergies to aluminium products. Despite the fact that there are over-the-counter options, it is important to speak with a doctor before using it.
Phosphorus is an essential component of the body and is combined with calcium to form strong bones. People can get either hyperphosphatemia or hypophosphatemia depending on how much or how little phosphate their body has. Urinary tract stones are prevented from forming, and the quantity of phosphorus or phosphates is helped to be under control by aluminium carbonate.
