Types of Chemical Reactions: How to classify five basic reaction types.

[@philoadriensson9850]

Thanks, this makes it a piece of cake. I love your channel!!!

[@pauldolinko9905]

illustrations are extremely clear and creative. great vid, thanks!!

[@greent496]

Thank you, your gonna be my new chemistry teacher from now on

[@CrashChemistryAcademy]

👍

[@winterdreller5840]

He IS my chemistry teacher. He’s great!

[@Albunnie]

Thank you finally understand :)

[@laurenbucci6532]

thank you so much!!! this was very helpful and you explained it perfectly!!

[@chromesupport7441]

A really excellent video. Thanks!!

[@madjedbebeaesara5296]

perfectly explained!

[@bubbahotep6316]

I got it!!!! thank you sooooo much! You are a great teacher!!!!!!

[@bhawanasharma8503]

thank you sir, your teaching method is so nice and now I understand this concept very well.

[@CrashChemistryAcademy]

Thanks for your comment!

[@jennamathis4344]

thank you so much this video is so clear and helpful

[@aesarahypatia3482]

so cool. perfectly explained. perfect graphics.

[@noshinrafiqzai]

Made my life easier. Tysm !

[@CrashChemistryAcademy]

You're welcome, glad it helped!

[@charlottecollins9520]

thank you so much!!

[@habinbireh]

Hello sir i need the answer asap. What type of chemical reaction is FeCl3 + K4[Fe(CN)6] → KFe[Fe(CN)6] + 3 KCl?

[@saw9413]

u are a lifesaver. tysm my dude

[@oatmeal9227]

thank u for this video

[@cruz3608]

Wish there was a video on decomposition.

[@desfernandez4454]

this helped me a lot to succesfully answer my science module. i sincerely thank you for this interesting and informative video:D

[@CrashChemistryAcademy]

You're welcome!

[@carlallendaviddeguzman4886]

Can I ask something? Is CH4+H2O=CO2+H2O can be balanced?

[@CrashChemistryAcademy]

That is not really a reaction. CH4 does not react with H2O. If you mean CH4 + O2 -> CO2 + H2O, that is a reaction that can be balanced. See kzbin.info/www/bejne/jKrQaYWLprCbmdk for how to balance.

[@carlallendaviddeguzman4886]

@@CrashChemistryAcademy Thank you so much

[@freepalestine1764]

I'm am still very confused. Why does Cl have a subscript of 3 on the right but a subscription of 2 on the left

[@CrashChemistryAcademy]

the subscript changes to balance the charge. The Zn on the left has a 2+ charge while the Al on the right has a 3+ charge. You may want to watch my video on predicting products, which goes into more detail with this: kzbin.info/www/bejne/pIayZ4ZoqdJ1btk

[@freepalestine1764]

@@CrashChemistryAcademy omg you're still responding to comments. I'll watch the video thank you

[@sahalkoth3839]

Love from India 😃Can't you add subtitle to it

[@CrashChemistryAcademy]

I am behind with putting in subtitles. Thanks for the reminder!

[@BhupendraSingh-ol7tm]

Are you not able to understand???

[@bubbahotep6316]

It has subtitles! Yay!

[@noshinrafiqzai]

How to find out its double displacement without the aqueous because our teacher tell us to find the states ourselves

[@CrashChemistryAcademy]

This video should help kzbin.info/www/bejne/oXK7dpuaa6mbgq8

[@BhupendraSingh-ol7tm]

I want to ask something pls answer Q- which type of reaction is happening in this following reaction?? -HCl + NaOH gives us NaCl + H²O Pls answer fast

[@CrashChemistryAcademy]

It has two names, it is usually called an acid-base reaction, but in higher level texts you may see it called a metathesis reaction, meaning not an oxidation reduction.

[@furqanelahie3005]

double displacement

[@waserased5176]

So if I combined copper nitrate solution and an Iron nail. Would it be a precipitation reaction?

[@CrashChemistryAcademy]

Yes but... So solid copper metal precipitates from aqueous copper ions, which makes it a precipitate. However most high school textbooks would classify this only as a single replacement. However a college text would classify it as an oxidation reduction, with the observation that a precipitation occurs. It most definitely is an oxidation reduction as well as precipitation. You might want to take a look at my video on double replacement for clarification: kzbin.info/www/bejne/pIayZ4ZoqdJ1btk

[@xyramikaelalano7423]

Thanksssss

[@CrashChemistryAcademy]

You're welcome!

[@muskusOG]

how am i supposed to find synthesis without the product because that's the only feature

[@CrashChemistryAcademy]

If it is a reaction between a metal and a nonmetal then you write a compound that balances the ionic charges, and that is the synthesis. With two non-metals it is not straightforward at all and you would need a lot of additional information, and two metals create an alloy.

[@geethajeyalingam6024]

Magnesium fluoride is soluble ,the precipitate is zinc sulfate

[@CrashChemistryAcademy]

zinc sulfate solubility is 57.7 g/100 mL water, anhydrous (20 °C), magnesium fluoride is 0.013 g/100 mL (temp not given) (Wikipedia)

[@returnofthemomos]

First

[@CrashChemistryAcademy]

Thanks Owen, yer the best!

[@fukpoeslaw3613]

Can you burn oxygen? I mean going from oxygen to ozone.

[@CrashChemistryAcademy]

So while ozone is synthesized through oxidation, probably via diatomic oxygen, it likely does not release much energy (I have not compared their bond energies) since ozone is a better oxidizer than diatomic oxygen, in other words it loses an oxygen atom easily, meaning it probably has low bond energy and therefore there is little energy given off in bond formation, so no burning. Hope that makes sense.

[@fukpoeslaw3613]

@@CrashChemistryAcademy thanks for replying.

[@fukpoeslaw3613]

@@CrashChemistryAcademy But does that mean one oxygen molecule gets oxidized but the other not, so reduced? That's confusing!

[@CrashChemistryAcademy]

@@fukpoeslaw3613 Good point. I think one way to view this is that the ozone molecule has a slight polarity with the central oxygen being partially negative. From this, one might assume that the central oxygen gets reduced during O3 formation, with the added (third) oxygen getting oxidized. I'm not sure how else one could look at this. It does have to be a redox, nothing else fits.