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Sulfuric acid is very
dangerous
to
living and organic things including skin
. It can cause bad burns if you get it on yourself. Even tiny
micro droplets that
you can barely feel start itching until you get it rinsed off with water. Use plenty of
water. It
is very reactive with many chemicals. It is used to digest organic stuff down to elemental states, only the elemental ions are left. Good for analysis. Bad for whatever gets digested!
It
reacts violently with water unless lots of water is used. It gets very hot very fast. Always remember to add acid to water. That way the little bits of acid you're adding can dilute themselves quicker into the large amount of water you are pouring into. Even when you are mixing acid to water correctly: slowly with lots of stirring, much heat is generated with Sulfuric acid.
Hot
Sulfuric acid gives off fumes that are
dangerous
to breathe and get on your
skin.
It
is just a bad dude to mess with unless you have proper techniques to deal with it and the right equipment: stirrer, fume hood, protective eyewear, rubber apron and gloves. Some people recommend face shields too.
Sulfuric acid is very
dangerous
to
living and organic things including skin
. It can cause bad burns if you get it on yourself. Even tiny
micro droplets that
you can barely feel start itching until you get it rinsed off with water. Use plenty of
water. It
is very reactive with many chemicals. It is used to digest organic stuff down to elemental states, only the elemental ions are left. Good for analysis. Bad for whatever gets digested!
It
reacts violently with water unless lots of water is used. It gets very hot very fast. Always remember to add acid to water. That way the little bits of acid you're adding can dilute themselves quicker into the large amount of water you are pouring into. Even when you are mixing acid to water correctly: slowly with lots of stirring, much heat is generated with Sulfuric acid.
Hot
Sulfuric acid gives off fumes that are
dangerous
to breathe and get on your
skin.
It
is just a bad dude to mess with unless you have proper techniques to deal with it and the right equipment: stirrer, fume hood, protective eyewear, rubber apron and gloves. Some people recommend face shields too.
The periodic table itself does not contain any acids or alkalis. Acids and alkalis are chemical compounds that can be formed from elements on the periodic table by combining them in specific ways. Some examples of acids include hydrochloric acid (HCl) and sulfuric acid (H2SO4), while sodium hydroxide (NaOH) and potassium hydroxide (KOH) are examples of alkalis.
1. An alkali must contain a metal ion 2. Alkali sometimes can neutralize acid, if it is applied with enough force 3. All alkalis are inedible 4. For an alkali to be found in nature, it must not contain radioactivity 5. Uses of alkalis include tanning leather, cleaning, and scrubbing
It depends on the specific acid or alkali, as some can be more dangerous than others. In general, strong acids can be more corrosive and damaging to the skin and tissue upon contact, while strong alkalis can also be harmful. Both can cause burns and other injuries if not handled properly.
Everything depends on concentration and quantity !!By example:Acetic acid at 5% concentration is food grade vinegar, concentrated at 100% is called 'glacial' acid: a drop of it will burn through your skin, like concentrated sulfuric acid will do.Some (weak) organic acids are very toxic in small amounts (< 0.001 mg)
Metals are not acids or alkalis. Metals are elements that tend to lose electrons in chemical reactions, forming positive ions. Acids and alkalis are types of substances that can donate or accept protons in solution, respectively.
Most toothpastes contain alkalis , however some can contain acids.
no idea tbh
The periodic table itself does not contain any acids or alkalis. Acids and alkalis are chemical compounds that can be formed from elements on the periodic table by combining them in specific ways. Some examples of acids include hydrochloric acid (HCl) and sulfuric acid (H2SO4), while sodium hydroxide (NaOH) and potassium hydroxide (KOH) are examples of alkalis.
== Acids== 1) Lemon(citric acid) 2) Vinegar 3)Bleech 4) Soft drinks 5) Milk ==
1. An alkali must contain a metal ion 2. Alkali sometimes can neutralize acid, if it is applied with enough force 3. All alkalis are inedible 4. For an alkali to be found in nature, it must not contain radioactivity 5. Uses of alkalis include tanning leather, cleaning, and scrubbing
It depends on the specific acid or alkali, as some can be more dangerous than others. In general, strong acids can be more corrosive and damaging to the skin and tissue upon contact, while strong alkalis can also be harmful. Both can cause burns and other injuries if not handled properly.
Everything depends on concentration and quantity !!By example:Acetic acid at 5% concentration is food grade vinegar, concentrated at 100% is called 'glacial' acid: a drop of it will burn through your skin, like concentrated sulfuric acid will do.Some (weak) organic acids are very toxic in small amounts (< 0.001 mg)
Metals are not acids or alkalis. Metals are elements that tend to lose electrons in chemical reactions, forming positive ions. Acids and alkalis are types of substances that can donate or accept protons in solution, respectively.
The most common is Litmus. Litmus is extracted from various Lichens and is a good indicator of both acids and alkalis. Some naturally occurring substances indicate only acids or alkalis such as cochineal and curcumin. The common litmus paper is impregnated with the dye extract of the Lichen to act as an acidity or alkalinity indicator. All PH (acidity and alkilinity) measuring devices work based upon whether they accept or donate protons and as such are infact themselves acids or bases. For greater accuracy other dyes (other than the reactive element) are added to the PH detector which can be chemically engineered to give visible changes in colour at every step on the PH scale.
soap-alkali toothpaste-alkali salt-alkali shampoo-alkali oven cleaner-alkali vinegar-acid lemon juice-acid
Some hazards of using alkalis include skin and eye irritation upon contact, potential respiratory irritation if inhaled, as well as the corrosive nature of certain alkalis which can cause damage to surfaces and materials. Additionally, improper handling or mixing of alkalis with other substances can lead to dangerous chemical reactions and potential release of harmful gases.
Alkali because the thin layer of grease around your skin will stop most of the acid but the alkali will eat through it and turn it into soap (that's how you make soap, mix grease with an alkali)and eat through your skin Lollz