Sigma and Pi Bonds (A-Level Chemistry)

[@icced_lattae4864]

You have no idea how much this has helped me. No one could help me visualize how orbitals exist properly. I wish you much more success in the future

[@chemistry.student]

Thank you! Good luck :)

[@chrisgorden4882]

Outstanding. Thank you so much for the clear explanation and high quality visualizations.

[@chemistry.student]

Thank you! Glad it helped :)

[@jamiemcateer1086]

Absolutely brilliant. Couldn't be better, helped so much thank you 😆🙏

[@chemistry.student]

Thank you! Glad it helped :)

[@seohyeonchoi2150]

Thank you so much! my teacher was ill and had us learning by ourselves and I couldn't understand it. your visuals are soooo helpful!

[@mohamedismail777]

Fantastic video, the best explanation of Sigma and Pi bonds I came across, great detail and still simple to understand. Thank you

[@chemistry.student]

Thank you! Really glad it helped :)

[@Inaya_25]

It's really helpful. i used to be confused with these bonds ..Thank you...

[@chemistry.student]

Thank you! Glad it helped :)

[@cpf24]

This is the only video that made this concept click for me! Thank you so much!

[@chemistry.student]

Thank you! Really pleased it helped :)

[@dm_entertainment_]

Yo, I'm in first year BSc biotechnology and I'm finally understanding covalent binding. Thanks so much, love the animations, they really help.

[@chemistry.student]

Thank you! Good luck with the Biotechnology degree :)

[@dannydave3162]

You deserve so much more! Thank you so much for this great explanation

[@chemistry.student]

Thank you! Glad you found it helpful :)

[@mj47_dreamer]

Thank-you this channel is a gem. I'm so glad i discovered it! I'm enlightened, thank-you for breaking things down so beautifully with reasoning. Some people have a habit of puking facts but i loved this one.

[@chemistry.student]

Thank you! Glad you found it helpful :)

[@PatienceJoseph-vq9hp]

Wow, I love the simplified explanation, and the clear picture of p- orbitals look like and over lap. Thanks so much❤

[@chemistry.student]

Thank you! Glad it helped :)

[@chemistry.student]

Thank you! Hope it helped :)

[@gracechen2412]

excellent video! Finally this topic make sense to me. Thank you so much!

[@malikmakileni8856]

video was super easy to understand thank you

[@chemistry.student]

Thank you! Glad it helped :)

[@maryfederl5261]

Very interesting in fact brilliant found it great and the voice very easy to follow

[@FU6713]

Thank you so much! My friend recommended this video and it really helped me understand about sigma and pi bonds.

[@chemistry.student]

Thank you for watching :)

[@ميسسسسس]

This is A-level in the UK and I'm so pissed that they're making us take this at 15 years old in my country

[@humanbeing6234]

Normal

[@NadaGdeisat-no9yg]

Which country is this?

[@sibilansnel]

I do think our school system is lax compared to others 😅

[@abdullahqayyum1240]

A level students in my country do this at 16, not that big of a deal

[@sylvieonyoutube.]

We do it as 14 year olds

[@Khalid-Ibn-Al-Walid]

Bro you explained very intuitively, thank you sooo much, you have a new follower 🙂

[@chemistry.student]

Thank you! Really glad it helped - good luck with your studies!

[@Khalid-Ibn-Al-Walid]

@@chemistry.student thanks !

[@deckuofm]

Could you please show how bonding looks for Disilyne Si2H2. I mean P-bonds for 3-d period look more complex than for 2nd period. Thank you in advance.

[@angelaking9701]

wow this has been really helpful !! thank you so much for making this video

[@chemistry.student]

Thank you! Glad it helped :)

[@__._8002]

The best explanation, thank you 😍

[@chemistry.student]

Thank you! Hope it helped :)

[@mejamoni3091]

Underrated channel - thank you so much ☺🙏

[@chemistry.student]

Thank you!

[@Ayzlxn]

Thank you it finally makes sense

[@chemistry.student]

Great!

[@Next_LEVELLfactss]

great video man. well explained

[@chemistry.student]

Thank you! Hope studying goes well :)

[@Someone-dq4zt]

This is a miracle thank u 😭

[@idontknow1630]

underrated channel fr, subbed

[@chemistry.student]

Thank you!

[@КатяЯсінська-с7е]

thank you so much, it really helped me to understand this topic. the visualisation and explanation are great!))

[@chemistry.student]

Thank you! Glad it helped :)

[@behnazshirjang5817]

great explanation.

[@chemistry.student]

Thank you!

[@blue-fg6wu]

Why should a pi bond be above and below does that not mean you have 1 pair from sigma and 2 pairs from pi making 3 pairs of electrons?

[@mejamoni3091]

No - the 2 p orbitals overlap BUT remember that they only have one electron in each orbital not two. So when the orbitals overlap - despite there being two places of overlap they can only form one bond where there are two electrons therefore making a single pi pond. So there is 1 pi bond + 1 sigma bond = double bond. Hope this helps :)

[@blue-fg6wu]

@@mejamoni3091 thanks 👍

[@ZamzamAhmed-g6i]

Who else had difficulty hearing “ Sigma bonds” without visualizing weird faces PPLE on TikTok make when they do something cool, and call it ‘Sigma’? This was a tough video to watch 😂

[@king-bg4rp]

No one wtf?!

[@Lamplovr]

Me, brain rot at its finest😂

[@literallydeadpool]

Erm what the sigma

[@Amir-lt6cm]

Kid

[@aquss33]

In my language the letter Pi is pronounced "pi" as in pipi... My professor literally said that a triple bond is called "Sigma pipi" and that's exactly how she pronounced it as well... Bro, the sigma pipi jokes didn't stop all week...

[@LB-sk9tl]

Wait, isn't the sigma bond in O2 the overlap of sp2 orbitals not p? Or did I miss something?

[@kitteny27]

Thank you!

[@karrots101]

You are GOD brother!!!
Thank You

[@Aisha-gd6dq]

Thank you ❤

[@chemistry.student]

Thank you!

[@shritanreddyjambula8534]

Thank you so much this is much bette4vthan mg teacher teaching it

[@chemistry.student]

Thank you! Glad it helped :)

[@AirPurse]

Amazing. Thanks Sir!!

[@chemistry.student]

Thank you!

[@physicsa-levels4859]

Is there a video where you discuss and explain the different types of orbitals : Spdf etc. im struggling to understand those

[@amarikwafavour2380]

Please do you have a video on resonance

[@Malak-hj9zs]

Thank you so much ❤

[@chemistry.student]

Thank you! Hope it helped :)

[@wyrdegebraecon]

super useful

[@chemistry.student]

Thank you! Glad it helped :)

[@sharayugumaste]

thank you

[@gauravjyotid.kalita3417]

More videos please

[@chemistry.student]

Plenty more on the way!

[@leonardodicaprio7934]

Sigma Grindset

[@Njarine]

This is good.

[@chemistry.student]

Thank you! Hope it helped :)

[@udayammanikumaran9744]

🎉excellent

[@chemistry.student]

Thank you for watching! :)

[@Mana-xz3tn]

is it for cie?

[@chemistry.student]

Yes, in the specification its under section 3.4, point 2a. Hope that helps.

[@ElenaClark-ue2zo]

what the sigma

[@ahsanhaider4847]

Great

[@chemistry.student]

Thank you! Hope it helped :)

[@pinkmangooooo]

U are a very underrated channel ❤🎉🎉😅

[@OP-do7rt]

wow

[@innatimoninaaaaaa]

you are my new crush
thank you

[@abhisheksingh-en2zv]

GG

[@Pawel439]

Uuu sigma

[@zaynabzaman285]

thank you!

[@chemistry.student]

Thank you for watching!

[@phriscaphrisca7913]

thank you!

[@chemistry.student]

Thank you for watching!