why are acids kept in?
151796
Because acids react with metals and gradually the whole metal of which the container is made up of converted into salt of metal. There will be wholes created on the walls of metal container. But acids don't react with glass so acids are used to be kept in glass container rather than metal container.
1041542
Acids contain positive hydrogen ions and have a pH less than 7. Five of the most commonly used acids are sulfuric acid, nitric acid, hydrochloric acid, citric acid, and acetic acid.
801546
Amino acids are soluble in water. They are not usually hydrophobic. That is why amino acids are called acids. ... So amino acids dissolve well in either a basic (pH>>7) or acidic solution (pH<<7).
1183836
The acid can ruin the bacterial process in the septic system and drain field. Never dispose of hydrochloric acids or any other acids or bases on the ground, in a storm drain or in a gutter, because they can contaminate groundwater, surface water and drinking water supplies.
925148
Drinking water stored in earthen pots can help maintain the pH of the body, keeping acidity and gastric problems at bay. The water stored in earthen pots is also appropriately cool, which helps in keeping the body healthy.
244012
Apple cider vinegar does not need to be refrigerated. The acidity of the vinegar effectively ensures that no bacteria will grow in it. Plus, vinegar is itself a preservative — which negates any need to preserve it by putting it in the fridge. ... Here's how to know how much ACV you should drink.
519928
Bicarbonate, also known as hydrogen carbonate, is responsible for maintaining the balance of acids and bases in your body, i.e. the pH value. It is a base or alkaline, therefore an important “opponent” of acids. Bicarbonate works as an acid buffer.
647145
But, despite the existence of laws, the crime of acid attacks continue unabated. The primary reason is that acids can be procured easily. ... In India people in villages and small towns use acid as a toilet cleaner and it is available for as less as 25 rupees per litre.
1065193
Acids are substances that are capable of donating a proton, and bases are substances capable of accepting a proton. So, in the example above, HCl acts as a Brønsted Acid by donating a proton in water, and water in turn acts as a Brønsted Base by accepting a proton from HCl.
1206564
The body must constantly maintain a near neutral pH (7) in the blood and body tissues. To do this, the body produces buffers that can neutralize acids. Acidic and basic conditions in the body occur due to different metabolic (chemical) reactions taking place throughout the body.
36154
According to the Vinegar Institute, “Because of its acid nature, vinegar is self-preserving and does not need refrigeration. White distilled vinegar will remain virtually unchanged over an extended period of time. ... So, we can keep those bottles of vinegar in the pantry for another year, or longer.
356794
Acids are substances that can donate H+ ions to bases. Since a hydrogen atom is a proton and one electron, technically an H+ ion is just a proton. So an acid is a "proton donor", and a base is a "proton acceptor".
638769
Acids are often used to remove rust and other corrosion from metals in a process known as pickling. They may be used as an electrolyte in a wet cell battery, such as sulfuric acid in a car battery.
1413110
Shelf life and proper storage tips The acidic nature of vinegar makes it a self-preserving pantry staple, which means it generally never sours or expires. ... The best way to store apple cider vinegar is in an airtight container in a cool, dark place away from sunlight, such as in a kitchen pantry or basement.
1065239
1 Answer. Acids generally contain polar covalent bonds.
1211203
Hydrochloric acid (HCl), a strong acid, has numerous important functions within the stomach. It helps denature proteins and its low pH is key to the innate immune defence. It is also critical for the activation of the proenzyme pepsinogen into the active enzyme pepsin.
1304203
On the other hand, substances such as hydrochloric acid, HCl, are held together by polar ionic bonds and when placed into water the hydrogen will break away to form hydrogen ions, making the liquid acidic. HCl therefore has a very low pH and is a very strong acid. Weak acids, with pH 5 or 6 are slightly more complex.