Titrations require a high degree of precision. Using a high concentration of any acid or base makes it easy to overshoot or undershoot the target amount. Using low concentrations allows you more fine control over the amount of reactants you are adding.
Concentrated acid means there's a lot of it; that is, a high concentration. By convention, "concentrated" means "straight out of the stock bottle," for some acids this is nearly pure and for others it's not (phosphoric acid is typically supplied as a solution that's about 70% w/w phosphoric acid, for example). Lab bottles labeled "dilute" usually contain a 6M solution unless otherwise specified. Strong acid means that it fully dissociates in water (at least the first proton, for multiprotic acids). Strong/weak and concentrated/dilute are completely different scales that have nothing to do with each other. * 18.3M sulfuric acid is strong and concentrated * 6M sulfuric acid is strong and dilute * Glacial acetic acid is weak and concentrated * 6M acetic acid is weak and dilute
acid
Yes, sulphuric acid is corrosive especially in high concentrations.
This is to dilute the sulphuric acid. Sulphuric acid in high concentrations is dangerous and very corrosive.
Yes, but it requires high concentration and temperature.
Concentrated acid means there's a lot of it; that is, a high concentration. By convention, "concentrated" means "straight out of the stock bottle," for some acids this is nearly pure and for others it's not (phosphoric acid is typically supplied as a solution that's about 70% w/w phosphoric acid, for example). Lab bottles labeled "dilute" usually contain a 6M solution unless otherwise specified. Strong acid means that it fully dissociates in water (at least the first proton, for multiprotic acids). Strong/weak and concentrated/dilute are completely different scales that have nothing to do with each other. * 18.3M sulfuric acid is strong and concentrated * 6M sulfuric acid is strong and dilute * Glacial acetic acid is weak and concentrated * 6M acetic acid is weak and dilute
acid
Not exactly. Acid rain does contain abnormally high amounts of nitric acid and sulfuric acid, but the concentrations are still very dilute.
Patrick Earl Doherty has written: 'High temperature solubility of sulfur dioxide in concentrated sulfuric acid' -- subject(s): Sulphur dioxide
Yes, sulphuric acid is corrosive especially in high concentrations.
A low pH solution will inherently be acidic. 12.0 M hydrochloric acid and sulfuric acid both are extremely acidic. highly concentrated high dissociation molecules make for very acidic solutions.
This is to dilute the sulphuric acid. Sulphuric acid in high concentrations is dangerous and very corrosive.
Rain water contains sulfuric acid and nitric acid. If the concentrations of these acids are high, acid rain occurs.
Yes, but it requires high concentration and temperature.
Acid rain forms when nitrogen oxides and sulfur oxides combine with water in the air to form nitric acid and sulfuric acid.
Wear gloves and safety goggles when handling sulphuric acid, especially if the acid is in high concentrations.
Typical Lead acid batteries use sulfuric acid while most Hybrid High Voltage batteries will use some form of either Sodium or Potassium Hydroxide as an electrolyte which is not acid but a basic.Battery acid is sulfuric acid, H2SO4. It is present as a 33% (6 molar) aqueous solution (dissolved in water)Sulfuric acid (H2SO4) Sulfuric Acid 35% and distilled water 65 % this mixture is called electrolyteIn a Lead Acid Car Battery, the acid used is Sulphuric Acid (H2SO4).