Not necessarily. It depends on exactly what you mean by "safe", and "dilute" in chemical stockroom terms can still mean "pretty darn strong" in layman's terms... for example, the lab bottle marked "dilute sulfuric acid" is probably 6M, and is quite corrosive.
No, a strong acid can still be dangerous even in a dilute solution. Even though the concentration may be low, the acidic properties can still be harmful to skin, eyes, and respiratory system upon contact or inhalation. Precautions should always be taken when handling strong acids, regardless of their concentration.
When excess zinc metal is used in a reaction, it can be removed by simple filtration, as long as the particles are big enough. If the zinc particles are too small to be removed by filtration, other techniques such as centrifugation must be employed.
No, hydrochloric acid is not a fatty acid.It is a mineral acid. A fatty acid is that acid which has carboxyllic group attached to a long aliphatic chain. The aliphatic chain may or may not be saturated.
Yes, immersion in a strong saline solution can lead to dehydration. The high salt concentration can draw water out of the body through osmosis, causing dehydration and potential harm if not addressed promptly. It is important to seek medical attention if exposed to a strong saline solution for an extended period.
For example the palmitic acid.
Nope! :D
The question is impossible to answer. The terms "strong" and "dilute" are not defined. This is particularly relevant since no matter how strong an acid in its pure form, if sufficiently diluted, there may be one active molecule of the acid in a kilo litre of solution
No, a strong acid can still be dangerous even in a dilute solution. Even though the concentration may be low, the acidic properties can still be harmful to skin, eyes, and respiratory system upon contact or inhalation. Precautions should always be taken when handling strong acids, regardless of their concentration.
When sulfur dioxide is released from factories and other sources, it goes up to the clouds and reacts with water to form a dilute sulfuric acid. The acid being dilute is the main reason behind the long term effects of acidic rain.
Adding water to a solution of oxalic acid does not affect its molarity because the total number of moles of oxalic acid in the solution remains the same. Molarity is calculated based on the number of moles of solute divided by the volume of the solution, so as long as the number of moles of oxalic acid stays constant, the molarity remains unchanged.
Sulfuric acid remains active in a solution indefinitely, as it does not degrade or lose its potency over time.
Pure codeine base is not very soluble in water, and it doesn't have a very long shelf-life. Such chemicals are often salted with a dilute strong acid to make them more water soluble and increase their stability. So Codeine Sulphate is Codeine base plus a little bit of sulphuric acid.
It is a weak acid. The only strong acids are H2SO4, HCl, HCLO4, and HNO3
The common strong mineral acids that you will encounter are Sulfuric Acid (H2SO4), Perchloric Acid (HClO4), Nitric Acid (HNO3), Hydrochloric acid (HCl), Hydrobromic acid (HBr), and Hydroriodic acid (HI) There are more and what makes an acid "strong" actually requires a long explanation, let me know if you're interested in that. As a chemist, I can telly you that the 3 most common strong acids we use are Sulfuric, Nitric, and Hydrochloric.
When excess zinc metal is used in a reaction, it can be removed by simple filtration, as long as the particles are big enough. If the zinc particles are too small to be removed by filtration, other techniques such as centrifugation must be employed.
Cement mortar should be allowed to set overnight before disturbing, several days if you plan on washing it with dilute muriatic acid.
No, hydrochloric acid is not a fatty acid.It is a mineral acid. A fatty acid is that acid which has carboxyllic group attached to a long aliphatic chain. The aliphatic chain may or may not be saturated.