Coordination Compounds Class 12 Chemistry | One Shot | NCERT Chapter 9 | CBSE JEE NEET

➡️Buy One-Shots Pendrive : www.amazon.in/dp/B0BZWHRKZJ?r...
Timestamps:
0:00 Introduction
0:51 Coordination Compounds
2:25 Why study Coordination compounds?
3:28 Theory on coordination compounds
3:50 Alfred Werner
4:21 Werner Theory of Co-ordination compounds
20:17 Double Salt Vs. Complex
21:52 Coordination compounds: New terms
23:10 Coordination Entity
24:21 Central atom/ion
27:41 Ligands
34:13 Ligands : Chelate complexes
36:38 Ligands:Denticity
37:16 Coordination Number
40:17 Coordination sphere
41:22 Oxidation Number of central atom
43:53 Homoleptic & Heteroleptic complexes
45:01 Nomenclature of Coordination Compounds
46:02 Nomenclature Rules
48:18 Nomenclature:Ligand Names
57:34 Nomenclature:Practice Time
1:01:42 Nomenclature:Practice Time
1:05:22 Nomenclature:Practice Time
1:08:27 Nomenclature:Write Formula
1:09:37 Formula Writing: Practice Time
1:11:56 Bonding in Coordination Compounds
1:13:05 Valence Bond Theory
1:29:33 Valence Bond Theory:Magnetic Behaviour
1:31:39 Valence Bond Theory : Predict Shape & Magnetic Behaviour
1:35:27 Valence Bond Theory : Predict Shape & Magnetic Behaviour
1:38:49 Valence Bond Theory: Limitations
1:39:56 Concept:Energy of Orbitals
1:42:21 CFT in Octahedral coordination entities
1:48:28 CFT : Crystal Field Splitting & Pairing Energy
1:53:11 CFT in Tetrahedral coordination entities
1:55:11 CFT : Color in Coordination compounds
2:01:12 CFT:Limitations
2:02:07 Importance & Applications
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Timestamps: 0:00 Introduction 0:51 Coordination Compounds 2:25 Why study Coordination compounds? 3:28 Theory on coordination compounds 3:50 Alfred Werner 4:21 Werner Theory of Co-ordination compounds 20:17 Double Salt Vs. Complex 21:52 Coordination compounds: New terms 23:10 Coordination Entity 24:21 Central atom/ion 27:41 Ligands 34:13 Ligands : Chelate complexes 36:38 Ligands:Denticity 37:16 Coordination Number 40:17 Coordination sphere 41:22 Oxidation Number of central atom 43:53 Homoleptic & Heteroleptic complexes 45:01 Nomenclature of Coordination Compounds 46:02 Nomenclature Rules 48:18 Nomenclature:Ligand Names 57:34 Nomenclature:Practice Time 1:01:42 Nomenclature:Practice Time 1:05:22 Nomenclature:Practice Time 1:08:27 Nomenclature:Write Formula 1:09:37 Formula Writing: Practice Time 1:11:56 Bonding in Coordination Compounds 1:13:05 Valence Bond Theory 1:29:33 Valence Bond Theory:Magnetic Behaviour 1:31:39 Valence Bond Theory : Predict Shape & Magnetic Behaviour 1:35:27 Valence Bond Theory : Predict Shape & Magnetic Behaviour 1:38:49 Valence Bond Theory: Limitations 1:39:56 Concept:Energy of Orbitals 1:42:21 CFT in Octahedral coordination entities 1:48:28 CFT : Crystal Field Splitting & Pairing Energy 1:53:11 CFT in Tetrahedral coordination entities 1:55:11 CFT : Color in Coordination compounds 2:01:12 CFT:Limitations 2:02:07 Importance & Applications

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compounds 3:50​ Alfred Werner 4:21​ Werner Theory of Co-ordination compounds 20:17​ Double Salt Vs. Complex 21:52​ Coordination compounds: New terms 23:10​ Coordination Entity 24:21​ Central atom/ion 27:41​ Ligands 34:13​ Ligands : Chelate complexes 36:38​ Ligands:Denticity 37:16​ Coordination Number 40:17​ Coordination sphere 41:22​ Oxidation Number of central atom 43:53​ Homoleptic & Heteroleptic complexes 45:01​ Nomenclature of Coordination Compounds 46:02​ Nomenclature Rules 48:18​ Nomenclature:Ligand Names 57:34​ Nomenclature:Practice Time 1:01:42​ Nomenclature:Practice Time 1:05:22​ Nomenclature:Practice Time 1:08:27​ Nomenclature:Write Formula 1:09:37​ Formula Writing: Practice Time 1:11:56​ Bonding in Coordination Compounds 1:13:05​ Valence Bond Theory 1:29:33​ Valence Bond Theory:Magnetic Behaviour 1:31:39​ Valence Bond Theory : Predict Shape & Magnetic Behaviour 1:35:27​ Valence Bond Theory : Predict Shape & Magnetic Behaviour 1:38:49​ Valence Bond Theory: Limitations 1:39:56​ Concept:Energy of Orbitals 1:42:21​ CFT in Octahedral coordination entities 1:48:28​ CFT : Crystal Field Splitting & Pairing Energy 1:53:11​ CFT in Tetrahedral coordination entities 1:55:11​ CFT : Color in Coordination compounds 2:01:12​ CFT:Limitations 2:02:07​ Importance & Applications

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[@Potatoe__03]

Disclaimer - *Isomerism* and *Stability of Coordination Compounds* is missing in this lecture.

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thats the only topic missing?? pakka wala??

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I literally came to see that topic and couldn't find it😅

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I also came back searching those topics

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0:00 Introduction 0:51 Coordination Compounds 2:25 Why study Coordination compounds? 3:28 Theory on coordination compounds 3:50 Alfred Werner 4:21 Werner Theory of Co-ordination compounds 20:17 Double Salt Vs. Complex 21:52 Coordination compounds: New terms 23:10 Coordination Entity 24:21 Central atom/ion 27:41 Ligands 34:13 Ligands : Chelate complexes 36:38 Ligands:Denticity 37:16 Coordination Number 40:17 Coordination sphere 41:22 Oxidation Number of central atom 43:53 Homoleptic & Heteroleptic complexes 45:01 Nomenclature of Coordination Compounds 46:02 Nomenclature Rules 48:18 Nomenclature:Ligand Names 57:34 Nomenclature:Practice Time 1:01:42 Nomenclature:Practice Time 1:05:22 Nomenclature:Practice Time 1:08:27 Nomenclature:Write Formula 1:09:37 Formula Writing: Practice Time 1:11:56 Bonding in Coordination Compounds 1:13:05 Valence Bond Theory 1:29:33 Valence Bond Theory:Magnetic Behaviour 1:31:39 Valence Bond Theory : Predict Shape & Magnetic Behaviour 1:35:27 Valence Bond Theory : Predict Shape & Magnetic Behaviour 1:38:49 Valence Bond Theory: Limitations 1:39:56 Concept:Energy of Orbitals 1:42:21 CFT in Octahedral coordination entities 1:48:28 CFT : Crystal Field Splitting & Pairing Energy 1:53:11 CFT in Tetrahedral coordination entities 1:55:11 CFT : Color in Coordination compounds 2:01:12 CFT:Limitations 2:02:07 Importance & Applications

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0:51 Coordination Compounds 2:25 Why study Coordination compounds? 3:28 Theory on coordination compounds 3:50 Alfred Werner 4:21 Werner Theory of Co-ordination compounds 20:17 Double Salt Vs. Complex 21:52 Coordination compounds: New terms 23:10 Coordination Entity 24:21 Central atom/ion 27:41 Ligands 34:13 Ligands : Chelate complexes 36:38 Ligands:Denticity 37:16 Coordination Number 40:17 Coordination sphere 41:22 Oxidation Number of central atom 43:53 Homoleptic & Heteroleptic complexes 45:01 Nomenclature of Coordination Compounds 46:02 Nomenclature Rules 48:18 Nomenclature:Ligand Names 57:34 Nomenclature:Practice Time 1:01:42 Nomenclature:Practice Time 1:05:22 Nomenclature:Practice Time 1:08:27 Nomenclature:Write Formula 1:09:37 Formula Writing: Practice Time 1:11:56 Bonding in Coordination Compounds 1:13:05 Valence Bond Theory 1:29:33 Valence Bond Theory:Magnetic Behaviour 1:31:39 Valence Bond Theory : Predict Shape & Magnetic Behaviour 1:35:27 Valence Bond Theory : Predict Shape & Magnetic Behaviour 1:38:49 Valence Bond Theory: Limitations 1:39:56 Concept:Energy of Orbitals 1:42:21 CFT in Octahedral coordination entities 1:48:28 CFT : Crystal Field Splitting & Pairing Energy 1:53:11 CFT in Tetrahedral coordination entities 1:55:11 CFT : Color in Coordination compounds 2:01:12 CFT:Limitations 2:02:07 Importance & Applications

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Concept is Crystal clear 👍😊

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Concept is crystal clear. May God Bless You 🙏

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Ma'am its humble request of all the students appearing in term 2 that like this please upload 1)Aldehydes ketone and carboxylic acid 2)Amines Videos Before term 2 starts..Who else wants??Before 7 may..... then our concepts will be crystal clear!

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i even want but now it's too late learn it from someone else if you haven't still but yeah this video for above chapter will be gold after studying the chapter for revision

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In NCERT, Werners theory: two complex compounds have given which have same formula but different colors it means one with green color has cis arrangement and one with violet color has trans arrangement

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Where we can get notes

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Who is on the batch 2024-25.

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Meee

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Mam thank you for clarifying my doubts regarding shapes , 😀 by this balloon representation it's easy to depict the shape of compound ✔️

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Kitna hogya Bhai...

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Mee❤

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Hey kya aapne notes banaye ho

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Mam actually Isomerism topic is also a important topic of Coordination Compounds....So, Why this topic not discussed in this video.....??? 🤔🤔🥲

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Thanku so much Mam for crystal clearing the concepts😌 Really Helpful Video 👍🏻

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Attention⚠️ Those who are watching this video at 1.75x speed due to tomorrow exam Plz make attendance here. They are extra legends.

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2x speed

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I'm on x2 🤘

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Bro tell me how much percentage you got after learning 2-3 days before exam

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1.5×

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36:25 chelate are also described by-- Ligands forming ring ✨

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Isomerism in Coordination Compounds to padhaya hi nahi

[@adityarajsharma6029]

quick note: chelation 5-6 membered ring ke liye stable hota hai

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Wow concept is crystal clear ❤❤ thanku ma'am 🙏

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thanku so much mam no matter how much i try to study from shortest videos ur videos are better in terms of understanding , i hope i do well in this chapter in exam

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Thank you ma'am 😊 Awesome explanation 👏 👌 ❤

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maam humble request, kindly upload the missed part of this chapter, ie isomerism : )

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do you know any other videos, for this isomerism topic.... i have an exam tommorow

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@@tanishaverma1460 yo my exam is also tomorrow And here you can watch this kzbin.info/www/bejne/b4O9ZZ5mbd6Sh6M

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Coordination compounds are complex molecules where a metal atom is bonded to neutral molecules or negatively charged ions through sharing of electrons. The video explains the concepts of primary and secondary valence, coordination number, and the structure of coordination compounds. Key moments: 00:00 Coordination compounds play a crucial role in various fields like chemistry and industry. Understanding their formation and properties is essential for practical applications and scientific research. -Importance of coordination compounds in chemistry and industry. Understanding their role in practical applications and scientific research. -Explanation of primary and secondary valency in coordination compounds. How these compounds exhibit specific properties and bonding characteristics. -Significance of oxidation number in coordination compounds. Importance of practicing and understanding the concept for practical applications. 10:09 The video discusses the concept of coordination compounds and how different elements bond to form specific arrangements, impacting their properties and coordination numbers. -Exploring coordination numbers and bonding in coordination compounds. -Understanding the significance of coordination numbers in metal complexes. -Analyzing the structural arrangements and properties influenced by coordination in compounds. 20:10 Understanding coordination compounds is crucial in chemistry as they involve complex bonding interactions between central metal atoms and ligands, impacting electron sharing and molecular behavior. -Importance of coordination compounds in chemistry and their role in bonding interactions between central metal atoms and ligands. -The significance of electron sharing and molecular behavior in coordination compounds, affecting chemical properties and reactions. -Examples of coordination compounds like central metal items and their behavior in electron acceptance and sharing, influencing molecular structure and reactivity. 30:31 The video discusses the behavior of different items like oxygen and nitrogen in coordination compounds, explaining how they form bonds and behave similarly in certain contexts. -Coordination compounds involve items like oxygen and nitrogen behaving similarly in bonding. -The video delves into the concept of coordination numbers and sigma bonds in central metal items. -Exploring the coordination number and bonding in central metal items, emphasizing the significance of sigma bonds and coordination compounds. 40:22 Understanding coordination compounds and their nomenclature is crucial in chemistry. Naming conventions and spacing rules play a significant role in correctly identifying and writing chemical compounds. -Coordination compounds involve atoms or ions attaching collectively, known as coordination spheres, with different parts inside compound brackets. -The concept of oxidation numbers and naming coordination compounds correctly are essential for understanding chemical structures and compositions. -Proper naming conventions, such as writing the cation name first and the anion name last, are fundamental in chemistry to accurately represent chemical structures. 57:56 Understanding the naming conventions and rules for central metal items is crucial in chemistry. It involves identifying oxidation numbers and using systematic naming for compounds. -Importance of oxidation numbers and systematic naming in chemistry. It helps in identifying central metal items accurately. -The significance of understanding naming conventions and rules for central metal items in chemistry. It aids in determining oxidation numbers and compound naming. -Calculation of oxidation numbers and the value of systematic naming for central metal items. It plays a crucial role in chemical analysis and compound identification. 1:01:00 Understanding the chemical properties and naming conventions of central items and their components is crucial for accurate identification and analysis in chemistry. -Importance of oxidation numbers and chemical naming conventions in chemistry for accurate identification and analysis. -Exploring the significance of central items, their components, and oxidation numbers in chemical analysis and naming. 1:10:37 The video discusses the concept of coordination compounds and electron configurations, focusing on central metal items and their acceptance of electrons, leading to major differences in electronic configurations. -Exploring the concept of hybridization and how it influences the distribution of energy levels, emphasizing the importance of balancing and equal distribution of energy. -The video delves into the formation of coordination compounds and the significance of electron acceptance by central metal items, impacting electronic configurations. -Understanding the role of electronic configurations in creating balanced compounds and the distribution of energy levels to achieve equilibrium in chemical reactions. 1:20:41 Understanding the coordination number and hybridization in chemistry involves electron configurations and special arrangements, leading to different energy levels and molecular structures. -Exploring the concept of coordination number and hybridization in chemistry, focusing on electron configurations and energy levels. -Discussing the significance of special arrangements and energy levels in molecular structures based on coordination numbers and hybridization. -Examining the implications of electron configurations and energy levels on molecular bonding and chemical properties. 1:30:46 Understanding the electronic configuration and coordination number of compounds is crucial in chemistry. The video delves into the complexities of hybridization and magnetic behavior in chemical compounds. -Importance of electronic configuration and coordination number in chemistry. It plays a vital role in understanding chemical compounds and their properties. -Exploring the complexities of hybridization and magnetic behavior. Understanding how compounds interact at a molecular level is essential for predicting their properties. -Challenges in valence bond theory and coordination compounds. The limitations in current theories highlight the need for further research and understanding in chemistry. 1:40:50 Understanding the concept of energy levels and electron pairing in crystal field splitting is crucial in determining the stability and energy distribution in chemical reactions. The video delves into the intricate details of electron energy levels and their impact on reactions. -Exploring the relationship between energy levels and electron pairing in crystal field splitting. The concept of symmetry and energy distribution in chemical reactions is highlighted. -Analyzing the impact of electron energy levels on stability and reactivity in chemical reactions. The video discusses the significance of electron distribution in determining reaction outcomes. -Examining the electron energy differences and their role in crystal field splitting. The video emphasizes the importance of understanding energy levels in chemical reactions. 1:50:52 The video discusses the concept of color coordination compounds and their significance in electronic transitions, explaining how complementary colors interact and affect the overall color appearance. -Understanding the value of delta and its impact on energy levels and subscriptions. -Exploring the relationship between energy levels, electronic transitions, and color coordination compounds. -Discussing the concept of complementary colors and their role in creating specific color appearances. 2:00:56 Complementary colors are opposite to each other, creating strong contrast, aiding in understanding color theory. Crystal field theory explains various aspects but has limitations in crystal-poor materials and coordination compounds. -Importance of complementary colors and contrast in color theory. -Explanation of crystal field theory and its limitations in crystal-poor materials and coordination compounds. Generated by sider.ai

[@yshwanthff391]

😮

[@nems.creations]

Concept hua Crystal Clear...Mam Thank you Very very much for this video...Like kal exam hain and aaj padhne betha hu to bhi aisa laga jaise idhar hi sab learn ho gaya...Thank you very much ma'am And Team Learnohub 😇

[@samridhigoyal4169]

I wanted to see one shot of this chapter and found the perfect video. Thank you so so much ma'am.

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Is this video helpful to u samridhi

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hell no for first timers @@ananyasingh9422

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Suddenly discovered this channel and now it has been my favourite😊💫 Thank you so much mam to make our concept crystal clear 💖

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Absolutely right

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Discovered 🤣🤣

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@@_being__topper_ haan 🤣🤣

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Hii

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Concept hua crystal clear

[@Elliee01741]

Those who are asking that if this video is enough I want to share that this video is enough only two overview the chapter and to learn the basic concepts and go through that what type of terms come into chapter but for the deep understanding and to solve tricky question and board questions you have to go through some other videos where they provide one shot or long session hours of explanation and also some of the previous year questions related to the Each topic at least 10 question of each topic ( otherwise it's not necessary if you have good catching power and and focused mind then you can just go with this and a solve extra)

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Thanks

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This chapter felt so difficult for me until i watched this Amazing session. Literally she is one the best teacher all over the youtube. ❤️

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Khuch ni hnn asa Class me clearly suno bhai... Yha tbhi smj ayegaa Wrna nhi

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@@nisharedhu3060 I see

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@@banglamedico But hear also. Not good only by watching teachers.

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I completed 500 likes on this comment after 499

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Thank u ma'am ....for these video 🥰.....love your hardworking..❤️

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yes mam... absolutely concept hua crystal clear...🙏🙏🥰🥰 .. mujhe bilkul bhi ummid nhi tha ki you tube ke through apke jaise perfect explanation wale bhi teacher mil sakte hi .. hearty thanks mam ❤❣️

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Thanku mamm for this video , my concept is crystal clear 👍

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Thank god you are back with your new one shot , please upload remaining chapters ASAP. 🙏

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Yusss it helps me a lot I just completed this lesson for my exam in just timee and helps me to understand the topics that i have not learn in class and my doubt are crystal clear💖

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Mam you are superb your explanation is so clear and point to the topic,i love your teaching 😍and i am preparing my chemistry and biology by watching your videos .

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Thank you so much Ma'am for making such awesome videos. You are the best teacher. These lectures are really helpful me in understanding complex concepts.

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A learning with perfection 🔥🔥and thank you for crystal clear concept 🤓🤓

[@martinswamy5221]

MAM THIS VIDEO IS LIKE A BOON TO ME BCOZ IAM HAVING MY CHEMISTRY BOARD EXAMS ON 7 AND THIS VIDEO IS VERY HELPFUL TO ME THANK YOU SO MUCH MAMM ...................MAM CAN YOU PLEASE UPLOAD AMINES AND ALDEHYDE KETONE AS WELL BEFORE OUR EXAMS

[@bhoomisharma7954]

And mine chemistry board exam is on 13...

[@Star-mk4hv]

48:09 for IUPAC name from starting letter should be in small i-e Tri is as tri.. And the end of chloride should be space within the paranthisis..

[@maydayoperations8750]

Thanks a lot maam my concept of coordination chemistry got cleared before term II 🙏🏻🙏🏻

[@jaslinkaurdhillon7246]

I just cant thank you enough. I was waiting for this too long. THANKSSSSSSSSSSSSS

[@udayveersinghdhillon9292]

I will make history not studying whole year and studied only in one day and then still pass 🧠💀

[@rakshithkumar4423]

Us

[@udayveersinghdhillon9292]

My exam was excellent expecting 35 marks

[@luciferboygamingyt3257]

History?? bro it's really come on... what do you think that except you everyone are toppers?😂 toppers are rare... rather then topper ...everyone are just like you... not to study whole year and then just study 1 day before... and some legends study even 1 hour before... what would you say about them?😂😂

[@thevailedkid_]

​@@luciferboygamingyt3257 and then there's them ..... Who top after studying that 1 hour only🥲

[@terrificfungaming.6326]

Mam thanku, i am eagerly waiting for this video on coordination compounds 😁😁😁😁

[@burtstudio]

Your channel is much helpfull for me to understand and revise my syllabus Thanku mam ❤️

[@jhashwetakumarir.4894]

Mam mai bpsc teacher ki preparation ke liye padh Rahe hu.thanku mam aapke karan mera concept hua crystal clear

[@anushkasharma9983]

Where is isomerism?

[@Tanmayee660]

Thanku so much...loved it!! ❤️

[@nishthachawla6537]

Wow. Concepts are absolutely crystal clear

[@Syedkaif0095]

Bhai lerno hub se pdh kr jee main fayda hoga?

[@roshanprabu]

@@Syedkaif0095 It depends on what you do after watching this videos. If you only watch these videos you will forget the formulas and mechanisms if you don't revise and solve questions.

[@Epinephrine_21]

@@Syedkaif0095 i don't think so

[@Anish-IITP]

@@Syedkaif0095 no

[@priyankasaini4216]

tomorrow is my board exam literally this video is like vardaan wonderful explanation thankyou mam

[@MPC-JEE]

Crystal clear,Mam...Thanks for the video and it was informative❤

[@muhammadmuneebofficial4631]

MA’Am i join many academics and takes many chemistry lectures but never seen this type of lectures ever thanks ❤😊

[@jagrutimajhi7456]

Mam what about the stability of coordination compounds,bonding in metal carbonyls and isomerism concept.

[@heershah1510]

Concept hua Crystal Clear! Batch: 2024-25

[@kashish....11]

Bss ab ache number aa jye😮‍💨 Best of luck everyone👍

[@user-vt1vu1iq6l]

YOU ARE SUPER AWESOME MA'AM ...I HAVE NOT SEEN BETTER CHEMISTRY TEACHER THAN YOU...HUGE LOVE AND RESPECT ...THANK YOU VERY MUCH.

[@s2jee821]

Ma'am is really obsessed with "kul milaake " 😅🤞 Btw love your teaching ma'am...... Keep it up!👍

[@sukhjitkaur9932]

concept hoya crystal clear👍🏼thanks a lot mammm❤

[@shashi-es4vy]

Thank you so much ❤for teaching concepts of this chapter very well⚡

[@pragyapathak4930]

U the bstt🥺I was having my quarterly examination today.....nd i started my preparation at 10 nd it's osm😌u r the bst❤️thnk u so much ..mam

[@mohdshakeel7648]

Really wonderful lecture❤ all concepts are crystal clear 🫶🏻thankyou you so much mam🎉

[@MANNATTIWARI-mq9tf]

Mam...what about isomerism in coordination compounds???

[@ravimodi5916]

I wonder if ma'am didn't teach isomerism or i skipped it somewhere in between 🤔

[@prerna6227]

She didn't

[@doraemon7313]

Thank you for being such an awesome teacher 😌😌

[@prathamshukla04]

mam you are my inspiration❣️ After watching your videos , my concepts become crystal clear🥰

[@Arnavvvv.07]

👍🏻

[@Vidhyanshi]

great lecture mam! thanks a lot!

[@user-uv8kw7mj2t]

You are amazing mam . Concepts hua crystal clear 🎉

[@atharvtiwari5827]

Crystalllllll clear.......!!!!!!!!!😂👍👍👍👍👍Thanks ma'am for this wonderful lecture ☺☺☺☺

[@valuableverses5439]

Indeed the concepts are crystal clear❤

[@user-on6yr3gb5w]

Mam ne ENA nhi samjhaya???

[@swarnimadwane7046]

Best explanation I ever seen thank you very much mam ❤

[@khushipriya8337]

This chapter felt so difficult for me until i watched this Amazing session.

[@swastipathak9100]

i was waiting for this video from so long, thankyou ma'am.

[@arshitaarya4274]

Ma'am you forgot to explain coordination polyhedron, Isomerism in coordination compounds and bonding in metal carbonyls. Please make another video explaining them. Thank you for all your efforts.

[@Anchal-so5cu]

Do you know how to get the notes of this chapter... Or we have to write it from video itself

[@arshitaarya4274]

@@Anchal-so5cu I study with my NCERT books so I just write down what I think is important and for the rest I mark what is important. That's how I get my notes ready.

[@Anchal-so5cu]

@@arshitaarya4274 okk thank you soo much 😊

[@borngentleman6733]

@@arshitaarya4274 Your note making way is very poor btw, I am sorry... This is never the correct way of making notes tbh... You can ask your teacher how to make notes, they hopefully will guide you the correct way...

[@arshitaarya4274]

@@borngentleman6733 oh please don't worry about my notes or note making. I'm doing really well. Thank you very much.

[@SekiRentarou]

Thanks for the great video!

[@rashmin4086]

mam, worth seeing your videos. Thanks very much for such 1 shot clips to make this generation to get interest in chemistry subject. 😍

[@Ro4nak]

pahle padha tha chapter?

[@dil_bole_uttarakhand_]

Concept hua crystal clear 🤗🤗 Thank you so much mam🥰🥰

[@mathshelp3132]

Excellent one shot mam👏....each topic covered in detail😄 but you missed 'isomerism' topic....but altogether this video was of great help😁❤️

[@kirtikajena9261]

And the bonding in metal carbonyls also..

[@gautambuddha9173]

yy isomerism topic not covered

[@rehanmalik5067]

Yeah and bonding in metal carbonyl