Because HNO3 was a solid acid, ns was under the impression that NaNO3 to be a weak base.

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But reportedly its simply a neutral salt and also not a basic at all?This is reasonably confusing due to the fact that i thought conjugates of strong acids to be weak bases....
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The conjugate basic of HNO3 is NO3-, no NaNO3. What is NaCl? A base, or a salt? NaNO3 is the exact same thing, simply with a various anion.
Whoa, waittt. I"m yes, really sorry however Acid/Base has constantly been among my weakest subjects. I am soooo confused right now. We space saying the NaNO3 is no a conjugate the HNO3? In difficulty 94 thing 4 that BR, it states that KF is a conjugate that HF. Room we likewise saying the NaNO3 is not a base, but Na+ NO3- is a base? i m really sorry I"m confused since I know that NaOH, NaNH2 are all strong bases that are simply written as: Na+ OH- and also Na+ NH2-Why is NaNO3 not Na+ NO3- ?
Does pKa need to be negative in stimulate for use to think about a NaX together Na+ X-??I have actually been top top Acid/Base for almost 4 job now and I cannot obtain my head about all this...I need to be misunderstanding something....
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Whoa, waittt. I"m really sorry yet Acid/Base has constantly been among my weakest subjects. Ns am soooo puzzled right now. We are saying the NaNO3 is not a conjugate of HNO3? In problem 94 chapter 4 that BR, it says that KF is a conjugate the HF. Space we additionally saying the NaNO3 is not a base, yet Na+ NO3- is a base? i m really sorry I"m confused due to the fact that I recognize that NaOH, NaNH2 room all strong bases the are just written as: Na+ OH- and also Na+ NH2-Why is NaNO3 not Na+ NO3- ?
Does pKa need to be negative in stimulate for usage to take into consideration a NaX as Na+ X-??I have been ~ above Acid/Base for almost 4 days now and I cannot acquire my head about all this...I need to be misunderstanding something....
A basic is something the donates an electron pair. What electron pair is NaNO3 going come donate? NO3- has an electron pair to donate.HF is a weak acid. Strong base + strong acid = salt. Weak mountain + strong base =/= salt.
Thanks this yes, really helps. I believed that NaNO3 was just Na+ NO3-? and hence NO3- would have the electron to donate... If it is not a strong acid/base, climate we perform NOT notate castle as separate ions?
NO3(-) is a conjugate basic of HNO3. NaNO3 is technically no the conjugate however forms the conjugate when it dissociates.NO3(-) is not a basic at every regardless of which cation is added to it. The factor it is not a basic is since a (bronstead) base is characterized as something that increases the pH by agree protons, removed them native solution. My inquiry to friend is would NO3(-) expropriate protons and type HNO3? I"ll repeat you that HNO3 is a solid acid.
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Thanks this yes, really helps. I believed that NaNO3 was simply Na+ NO3-? and also hence NO3- would have the electron to donate... If that is no a strong acid/base, then we carry out NOT notate castle as separate ions?
As much as i know, NaNO3 is no different than Na+NO3-. Including in the +/- is simply to assist you check out where the electron thickness lies. When NO3- binds up v a counterion, prefer Na+, that is no much longer a base and also is currently a salt. If Na+NO3- to be to donate an electron pair somewhere, one of two people the main nitrogen, or among the oxygens would have an extra bond and also would be very unhappy. That"s not going come happen.
NO3(-) is no a base at all regardless of i m sorry cation is added to it. The factor it is no a basic is because a (bronstead) base is identified as other that boosts the pH by agree protons, removing them from solution. My concern to girlfriend is would NO3(-) accept protons and type HNO3? I"ll repeat you that HNO3 is a strong acid.
Sorry I had learned that strong acid--------------> Weak base.I"m having actually a difficult time completely unlearning this rule/learning wherein to apply it. Why exactly does this dominance not apply here? as in, due to the fact that NO3 no a basic at all..
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Sorry I had learned that strong acid--------------> Weak base.I"m having actually a difficult time fully unlearning this rule/learning whereby to use it. Why precisely does this dominion not use here?
It go apply. HNO3 is a strong acid, and NO3- is the weak conjugate base. Once you toss on the Na+, developing NaNO3, you have made a salt.
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NO3(-) is a conjugate base of HNO3. NaNO3 is technically not the conjugate however forms the conjugate as soon as it dissociates.NO3(-) is no a basic at every regardless of i beg your pardon cation is included to it. The factor it is no a basic is because a (bronstead) base is defined as miscellaneous that boosts the pH by agree protons, removed them from solution. My inquiry to you is would NO3(-) accept protons and type HNO3? I"ll remind you the HNO3 is a strong acid.
Why isn"t NO3- a base? are you saying the HNO3 doesn"t have a conjugate base?NO3- can accept a proton, making the a bronsted base. The can likewise donate a pair of electrons, making it a lewis base.
Sooo, to recap...STRONG Acids/Bases are enabled to it is in notated as salts:NaOHNaNH2But WEAK Acids/Bases room NOT allowed to be notated as saltsbecause that method that they space neutralized?

Sooo, to recap...STRONG Acids/Bases are enabled to be notated as salts:NaOHNaNH2But WEAK Acids/Bases room NOT permitted to be notated as saltsbecause that means that they room neutralized?
You deserve to notate that anyway you want. Take sodium acetate.Acetate ion is a weak base. Salt acetate is NaOAc, or CH3COONa.
Why isn"t NO3- a base? space you saying the HNO3 doesn"t have a conjugate base?NO3- can accept a proton, making the a bronsted base. The can additionally donate a pair of electrons, making that a lewis base.
Thanks men for bearing through me. Ns really really evaluate it. A million times over. Particularly MedPrSo is this just a situation where NO3- is just soooo weak together a base the it won"t even dissociate from the Na+.So, to far better refine mine term:Conjugates that weak acids/bases deserve to be notated v a salt. Conjugates of solid Acids/Bases, if notated v a salt, room neutral and no much longer acid/base.

Thanks men for bearing v me. Ns really really evaluate it. A million times over. Particularly MedPrSo is this just a instance where NO3- is just soooo weak together a base that it won"t even dissociate from the Na+.So, to better refine mine term:Conjugates that weak acids/bases can be notated v a salt. Conjugates of solid Acids/Bases, if notated v a salt, space neutral and also no much longer acid/base.
From the border of this topic, ns think the OP is simply asking:Why can CH3COONa be written as a salt and also still it is in a base of ions:(CH3COO)- (Na)+And why can"t NaNO3 be created as a salt and be a basic of ions:(Na)+ (NO3)-I believe it"s because NO3- is also weak the a base that it can not dissociate native Na+?Does anyone recognize if there is a pKa/pKb cut off for as soon as an a or b can no longer exist as separate ions in a salt?
From the scope of this topic, ns think the OP is simply asking:Why have the right to CH3COONa be composed as a salt and also still be a basic of ions:(CH3COO)- (Na)+And why can"t NaNO3 be composed as a salt and be a base of ions:(Na)+ (NO3)-I think it"s because NO3- is also weak that a base that it cannot dissociate native Na+?Does anyone understand if there is a pKa/pKb reduced off for when an a or b deserve to no longer exist as separate ions in a salt?
I don"t recognize if over there is a cutoff, but for the MCAT there room 6 solid acids:HClO4HIHBrHClHNO3H2SO4And a bunch of strong bases. Largely the group 1 metal hydroxides.Anytime a solid base and strong acid react, they type a neutral salt and water. Therefore if you watch a ClO4, I, Br, Cl, NO3, HSO4 salt, you know it is neutral.
as well~So have to the statement be modified come say:Anytime a strong acid/base react with any A/B of any kind of strength, lock will kind a neutral salt?Because that seems like you still get the same neutral salt also if the original base isn"t solid at all.
Oh wow thanks!Final concern (I promise):We save saying solid acid +Strong Base. But it appears thatas well~So must the statement be modified come say:Anytime a solid acid/base reaction with any type of A/B of any type of strength, castle will type a neutral salt?
Because that seems choose you still acquire the exact same neutral salt also if the initial base isn"t solid at all.
Oh sorry, I intended strictly the conjugate that the strong acid/base becomes neutral in any acid/base reaction
Which seems to it is in the case due to the fact that the conjugate weak mountain of K+OH- has become H2O~
Oh sorry, I supposed strictly the conjugate of the solid acid/base becomes neutral in any kind of acid/base reaction
Which appears to it is in the case since the conjugate weak mountain of K+OH- has become H2O~
I can"t think of any kind of examples to prove you wrong, yet I don"t know that friend are appropriate either.I"d stick v writing the end the assets just to be sure.
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