Neutralization Reaction

030 - Neutralization Reaction
In a neutralization reaction (or acid-base reaction) a proton is transferred from the Brønsted--Lowry acid to the Brønsted--Lowry base. Water is amphoteric and so it can serve as either an acid or a base in a neutralization reaction. The strength of an acid or a base is determined by the ability to donate or receive a proton.
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[@michellec.4291]

I used to watch you in high school and now I'm in college and I'm referring back to these videos for some review...gotta say it's so good to see you again Mr. Anderson!

[@Cricket0196]

You make studying for finals much easier. Thank you! I aspire to be as good a chemistry teacher as you one day.

[@rymunoz]

Thanks Mr. Anderson. I wish my hour class was replaced By your video!!

[@22msav]

Same tho

[@sciencenerd7639]

He gets my vote for awesomest pronouncing of Bronsted-Lowry

[@brian_mcnulty]

The molecular universe is an amazing place to observe and study. It gives us insight as to our place on the space-time scale and, more importantly, allows us to better understand that around us which we cannot see. Fascinating.

[@doreenbaraka6478]

please don't stop posting. I really think that your videos are helpful and I can't stop suggesting your videos to my other bio/chem colleagues.

[@audreyfatone2820]

You have saved me so much this year!

[@fatemakhan2161]

Thank you for making this video. I really appreciated

[@marisolgarcia6580]

Thank you Mr. Anderson you made this whole Neutralization Reaction topic real real easy for me. :-)

[@oliviak4552]

Your vidoes actually help me so much! Studying for exams and this really help :-)

[@camygarcia5708]

Awesome video and awesome teacher!! Thank you so much!!!

[@deborahmugisa8611]

thank you so much. well illustrated.

[@nadiabatchelor1253]

Thank you so much for explaining this to me; my teacher was not helpful at all. I hope you keep up these videos, because you the reason I am passing my class. :)

[@elenadelgadoEHS1]

Thank you. Love the explanation.

[@MrHellsing1055]

Teach my TEACHER! Things seem harder when she assigns them.

[@ayonsaha7963]

@Ahmmad K, maybe its because your teacher is giving assignments that have to deal with application and goes in-depth with this topic, whereas the video here lays a basic conceptual understanding.

[@kovalentinenepolinesukrusa4886]

right mate so you started learning about acids and bases and their interactions in grade 2?

[@justinquiring445]

@Maximus Prophetus Bruh what fucken 2nd-grade class did you go to man?? I started learning this in 7th or 8th grade at LEAST!

[@justinquiring445]

@Maximus Prophetus Only a month ago.

[@jdawg4237]

thank you! your videos are sooooo helpful!

[@scotfrei9926]

There were some helpful ideas here, but I saw no mention of a classic neutralization reaction of an acid and a base. No mention of water and salt as the products. You hit some of the ideas of acids and bases, but... curiously not the one in the title.

[@ShanmugaSundaramAnandan]

Thank you! You have made my work easier!

[@SuzanneKnop]

thank you for saving my life

[@FDNHJ]

your a bloody legend

[@DevilDoor]

Thank you very much for explaining it in a simple manner

[@user-zf7pr6hc5o]

that was very helpful and clear thank you very much

[@gianettie5015]

Super helpful! Thank you.

[@levibedregal5417]

Thanks for the great review video. Do you what a reaction that produces water is called?

[@michellechal4669]

i finally understand! thank you so much

[@kelizabethdawn]

Super helpful, thanks.

[@ayonsaha7963]

great explanation :)

[@estringrocker]

Thank you!

[@xSophistic]

ur a good teacher

[@JordanStomps]

What is he using to create these presentations, like the drawing and transitions. Just curious! Thanks!

[@Jessica-hl4mo]

Thanks!

[@aaminali2743]

Thanks 🙏

[@OR65222]

Your Videos are amazing, Thank you so much. And with all due respect, You make these videos a pleasure to watch, you are very handsome.

[@Spiritualheight]

Nice

[@rassimsimou1594]

Good

[@Gohanson888]

A little mistake. Reaction between strong acid like HCl with water has only one direction (from left to right). It's not reversible process.

[@hjaltello]

He showed that in the video, look closer next time.

[@lunatuna1863]

merci

[@JR-vc4gm]

easy to understand.

[@mspinkflipflops5681]

I don't know when to add H2O and when not to when writing the equation on my own?!! Like for NH3 and HNO3. Help please!

[@38Fanda]

H-NO-3

[@kkevinparkk]

Where are the practice problems?

[@othello8teen]

the conjugate acid is the molecule or compound that has gained a proton and the conjugate base is the molecule or protein that has lost a proton.

[@Happy123]

thanks

[@user-kv3cr4hg2u]

thank you from saudi arabia

[@mahnoorrashid6069]

Help please : how do we know if an acid is weak or not? Some genius clarify this for me please

[@onbluebirdmovies]

Mahnoor Rashid there’s a list of the strong acids. You have to memorize them. It’s about 6 or 7 strong acids. Anything that is not in that list is considered, and will therefore behave, as a weak acid.

[@skittay]

hmmm feels like water can serve as both an acid and a base...

[@kakany12]

i dont get it anything!! help me Lord

[@sahibjotsinghbath7814]

sorry it doesn't sense me

[@aaminali2743]

TyrantrumOverload 😂👌🏽

[@muqtasidbaig777]

how does a PROTON ESCAPE THE NUCLEUS of the atom in the acid and move towards the base?

[@bobjones1950]

Remember that a hydrogen Ion is the same as a proton,the entire nucleus of hydrogen is a single proton so during neutralization you're transferring the ion i.e a proton

[@Rahim103.5]

Well I'm fucked for tomorrow

[@CrazyGamer-pb6iu]

didn't like it so much, but thanks a lot.

[@NewPSCity]

I kinda understood :/ must read more lol

[@crlo1449]

E
L

[@22msav]

Sub heree

[@aryanoplathergaming7275]

Not so good for me to get more support you should speak In Hindi

[@aryanoplathergaming7275]

Very bad