Sulphuric acid

exposed to acids and bases everyday. For example, citric acid is in lots of citrus foods such as lemons, oranges and grapefruits. It is also added to foods for flavouring, non perishable, and cleaning supply. Citric acid creates a taste that is sweet and sour.

Uses of sulphuric acid Sulphuric acid is a very useful, referred as universal chemical because it is a commonly used chemical in the world and is used in a lot of manufacturing industries, for example, car battery, manufacturing fertilisers, refining crude oil, making phosphoric acid etc. This chemical is also known as one of the most important industrial chemical. This acid has helped us in many ways, making things easier for us. What is sulphuric acid? Sulphuric acid is a chemical compound

with the sulfuric acid electrolyte produces a voltage. The supplying of energy to and external resistance the battery. When a lead acid battery cell produces energy, it converts chemical energy into electrical energy. During this process, Lead is oxidised at the anode according to this equation: Pb(s) → Pb2+(aq) + 2e- The reduction process in lead acid batteries occurs at the cathode, as shown above. Lead (from lead dioxide) is reduced at the cathode by protons in the sulphuric acid: PbO2(s) + 4H+(aq)

Sulphuric Acid Production Should Not Be Banned Background Information Acids and bases are chemical compounds with certain properties, and are classified according to several different definitions. There are clear distinctions between the two types of compounds, and although they share some similarities in their physical and chemical properties, their uses and applications vary greatly. Acids can be described as having a sour taste, producing hydronium ions in water, forming a salt and water when

Task 2 (1): 2. Slowly add about 1cm3 concentrated sulphuric acid and add a few anti-bumping granules. Adding the anti-bumping granules to the solution prevents the glass from cracking and therefore causing further problems. Additionally the sulphuric acid acts as a catalyst for the whole solution providing hydrogen ions. 4. Reflux the mixture for 30 minutes, adjusting the flame to ensure smooth boiling. Ensuring that the mixture is refluxed for 30 minutes guarantees the reaction completes so that

limestone objects are corroded by the sulfuric acid in polluted air. What chemical reaction is involved here? Sulfuric acid formation in the air emanates from pollutants released in the atmosphere especially, from manufacturing industries (Hewayde, Nehdi, Allouche & Nakhla, 2007). When the gas, (sulfur dioxide) is released into the air, it combines with oxygen to form another gas (sulfur trioxide, SO3), which reacts with water to form sulfuric acid (Revie, Uhlig & Wiley, 2011). The reaction is indicated

Introduction: Aim: To investigate the effect of sulphuric acid concentration (mol L-1) on the time taken (seconds) for magnesium pieces to dissolve in it. Independent variable: The concentration of sulphuric acid. (mol L-1) Dependent variable: Time taken (seconds) for the magnesium to dissolve. Hypothesis: If the concentration of sulphuric acid (mol L-1) is increased, then the time taken for the magnesium to dissolve should decrease. Controlled variables: • The size of the beaker used to dissolve

Despite the Acid Rock Drainage being a good thing, it can lead to some horrible things for the ecosystem if it isn’t used submissively. For quite a while, Britannia Mine didn’t have Acid Mine Drainage under control. Britannia Mine was founded in 1900 in British Columbia and it closed down in 1974. Acid Mine Drainage was executing the ocean life beside Britannia Mine, Howe Sound. The acidic water was leaking

Altering the Amount of Heat Produced When Magnesium Reacts with Sulphuric Acid When energy in the form of heat is given out of a reaction it is an exothermic reaction. Exothermic reactions usually need activation energy, the energy to break the bonds in the chemicals and to start the reaction. Once the bonds are broken new stronger bonds are formed. In an exothermic reaction energy in the form so heat is given out to the surrounding when the products are formed. Therefore

be very dangerous and we might never know. Soaps and detergents are one of those things. Acids and bases are everywhere but, there are two specific types: Sulphuric Acid and Sodium Hydroxide which we use on a regular day bases. An acid classifies a wide range of materials including Sulphuric acid and bases Sodium Hydroxide. When manufacturing soaps they use Sodium Hydroxide, and detergents use Sulphuric Acid. But these two can be very poisonous, and there are many symptoms that may happen, some even