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Protons are good for cars, bad for breathing which we need electrons and well neutrons even though neutrons are pretty much neutral with no charge.
The electrons (negative) is what we need to support which everywhere you go to a city, town etc, you end up seeing pollution everywhere. The pollution is causing to eliminate the negative ions which we need the most.
The solution, get yourself an ionizer, I was told that it works like wonders!
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∙ 13y ago
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Brønsted and Lowry defined a base as which of the following?
Acids are Proton donors Bases are Proton acceptors
What does an acidic substance release?
Acids and bases have many definitions, but for your question, these will do: Bases are proton (H+) acceptors. Acids are proton (H+) releasers.
Have a bitter taste feel slippery and are proton acceptors?
have a bitter taste, feel slippery, and are proton acceptors.
Are bases positively charged?
Bases are proton acceptors, so they will be positively charged - but only in presence of proton donators like acids or water (which dissociates into H+ and OH-). -- 100% pure bases aren't charged.
Why is hydrofluoric acid is not a strong acid as other acids with halide ions?
Fluorine is highly electronegative, but does not easily release a proton into aqueous solution. Because of this, it is not as strong an acid as HCl, HBr, HI, etc., which more easily release a proton into solution. For Bronsted-Lowry acids, the more easily a substance dissociates into a proton (or multiple protons) and an electronegative moiety, the stronger an acid it is. For Lewis acids, stronger acids are substances that are stronger electron acceptors.
Brønsted and Lowry defined a base as which of the following?
Acids are Proton donors Bases are Proton acceptors
Why do you think bases are often described the opposite of acids?
1) Bronsted-Lowry acids are proton donors. Bronsted-Lowry bases are proton acceptors. 2) Lewis acids are electron acceptors. Lewis bases are electron donors.
What does an acidic substance release?
Acids and bases have many definitions, but for your question, these will do: Bases are proton (H+) acceptors. Acids are proton (H+) releasers.
Why do you think bases are often described as the opposite of?
1) Bronsted-Lowry acids are proton donors. Bronsted-Lowry bases are proton acceptors. 2) Lewis acids are electron acceptors. Lewis bases are electron donors.
Are proton acceptors?
No, in fact they are proton donours.
Have a bitter taste feel slippery and are proton acceptors?
have a bitter taste, feel slippery, and are proton acceptors.
Can bases be described as proton doners?
No. Proton acceptors.
Why do you think bases are often described as the opposites of acids'?
1) Bronsted-Lowry acids are proton donors. Bronsted-Lowry bases are proton acceptors. 2) Lewis acids are electron acceptors. Lewis bases are electron donors.
Are bases positively charged?
Bases are proton acceptors, so they will be positively charged - but only in presence of proton donators like acids or water (which dissociates into H+ and OH-). -- 100% pure bases aren't charged.
Why is hydrofluoric acid is not a strong acid as other acids with halide ions?
Fluorine is highly electronegative, but does not easily release a proton into aqueous solution. Because of this, it is not as strong an acid as HCl, HBr, HI, etc., which more easily release a proton into solution. For Bronsted-Lowry acids, the more easily a substance dissociates into a proton (or multiple protons) and an electronegative moiety, the stronger an acid it is. For Lewis acids, stronger acids are substances that are stronger electron acceptors.
What are important properties of acids and bases?
Acids: 1) Taste Sour 2) PH less than 7 3) Proton Donnors 4) Lewis Acids 5) React with Metals to give hydrogen 6) Electrolytes Bases: 1) Taste Bitter 2) PH greater than 7 3) Proton Acceptors 4) Electrolytes
What are acid and base?
Acids, bases and salts are chemical compounds. Examples are: Acids: sulfuric acid, nitric acid, stearic acid, phosphoric acid, hydrofluoric acid etc. Bases: sodium hydroxide, magnesium hydroxide, calcium hydroxide, lithium hydroxide etc. Salts: sodium chloride, gallium arsenide, potassium bromide, uranyl nitrate etc.
