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
its humble request of all the students appearing in term 2 that plz make vdo of chapter amines and aldehyde ketone before 7 may ,concept will be crystal clear and confidence maxxx plz mam make the vdos if possible
This chapter felt like I was never gonna learn it, but this video just made it so simple! I fail to believe why free content and teaching is better than paid one????
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
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!
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
Disclaimer: I AM NOT A HATER but this video is not the ultimate solution, it has a lot of missing points. Not only is isomerism and stability of co-ordination compound been completely ignored but she never explained why in some compounds the different forms of CBT are used. She never told about any EAN rule. She has done very well for the 2 hours but overall trust me you will not be able to score even 70 percent in your test with just this video until it is a very very very textbook based test. I would suggest to go for a longer video which would have covered all the topics more sincerely.
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
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
@@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.
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)
@@megharathore6369 I prefer self study take the help of from the helping book like modern ,Dinesh and make notes from there and if you don't want to make notes then highlight the main concept from the book and the try out to find the important board questions from that particular topic and then revised concept and know the way how to write the answers in exam and then also you can go with the one short video of some male teacher because the males teacher complete fast and effectively without much wasting time .. ( my opinion)
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
@@iam_ansh_Bro mein sirf ek topic padne aaya tha. Latest ncert dekh lo. Mereko nhi Pata ki mam ne kon se karwaye kon se nhi. Magar itne confirm hai ki is video mein aj ke hisab se sare topics nhi. All the best for boards ✌️.
Can anyone please mention...which topics are missing from the video...I have my pre board tomorrow and I really don't have time to check...and find some other lecture....please I would really appreciate.
1:34:31 Mam why sp3 because I ve studied that if cmi is Co then pairing will occur due to which hybridization will be dsp2 and only 1 e- will be unpaired so it would be para magnetic Because if ligands contains C,N or P then act as strong field ligand due to which pairing occur and if cmi is Co then pairing will occur irrespective of ligand type Mam I'm confused now please clear this doubt 🙏🙏🙏
Maam thank you so so much😭You're doing so hardwork for us😭I'm literally crying 😭thank you so much maam😭much awaited chapter😭 infinite love for you maam😭CONCEPT AB HOGA FULLY TAREEKE SE CRYSTAL CLEAR 😍😍
Ma'am i have a request , as i see recent updates on your channel and that are premieres of only term 1 chapters , ma'am please upload term 2 one shots Asap , as we are much dependent on your one shots , especially try to upload chemistry one shots of amines and carboxylic acids
@@shubham1845 arvind Arora ka bs amine acha hai one shot me maine uski coordination ki vedio dekhi puri trh se explain nhi kiya hai or adhe topic b nhi the usme sir explain acha krte hai pr one shot m hr cheej nhi btate...or ncert wallah ka b one shot dekha vo to bilkul hi nhi smjh aya
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
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 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.
@@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...
The content mentioned for each topic is well enough for boards....but for 2025 board students we have isomerism of coordination compounds and bonding in metal carbonyls too which is not included in this video
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
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?😂😂
Thank u so much ma'am. The concept was really conceptually clear...it really helped me during my exam preparation and revision.🙏🏻 want ur blessings in this way.😊🙏🏻💖
I was worried about this chapter but now after watching this video,I'm literally feeling better. This is the best content I've seen till now. Thankyou ma'am❤
@@SreeprajnaB damn man... living a own fcuking world.. creating own spellings... and just of one comment getting offend... dude chill.. go and study.. man.. kab maine reply kiya and kab reply back aara hai 😂😂 and the fcuk is telling to mu self.. miss cristal* 🤣
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 .
1 year ago 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
I was searching for an perfect one shot video in coordination compounds with minimal time so here am I still waiting for an perfect one shot video on Aldehyde & ketones and Carboxylic acids from your end mam
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
You are such an amazing teacher seriously u make every difficult chp to easy to learn... Your way of teaching us is fantastic 😍 thnqu sooo much mam.. ❤️
Most important topics- •ELECTROCHEMISTRY 1. NERNST EQUATION 2. KOHLRAUCH'S LAW 3. Conductivity, resistivity, etc 4. RELATION BETWEEN CONDUCTIVITY, SPECIFIC CONDUCTANCE AND CELL CONSTANT 5. ∆G= nFEcell •CHEMICAL KINETICS 1. DIFFERENCE B/W MOLECULARITY AND ORDER OF REACTION 2. ZERO ORDER AND FIRST ORDER 3. TABULAR QUESTIONS 4. PSEUDO ORDER REACTIONS 5. FACTORS AFFECTING RATE OF REACTION 6. INTEGRATED RATE EQUATION DERIVATION 7. GRAPHS •SURFACE CHEMISTRY 1. DIFFERENCE B/W PHYSISORPTION AND CHEMISORPTION 2. FREUNDLISCH ADSORPTION ISOTHERM AND ITS GRAPH 3. DIFFERENCE B/W TRUE SOLUTION, COLLOID AND SUSPENSION 4. LYOPHILIC AND LYOPHOBIC; MULTIMOLECULAR AND MACROMOLECULAR 5. ELECTROPHORESIS; TYNDAL EFFECT; BROWNIAN MOVEMENT; COAGULATION. •d AND f-BLOCK d- block- 1.ELECTRONIC CONFIGURATION 2. CHARACTERISTICS OF TRANSITION ELEMENTS 3. (i) TRANSITION ELEMENTS SHOWS VARIABLE OXIDATION STATE.WHY? (ii)ACT AS GOOD CATALYST. WHY? (iii) FORM INTERSTITIAL COMPOUNDS. (iv) FORM ALLOYS (v) FORM COMPLEXES (vi) FORM COLOURED COMPOUNDS 4. SPIN ONLY FORMULA, MAGNETIC MOMENT f-BLOCK- 1. LANTHANOID CONTRACTION 2. DIFFERENCE B/W LANTHANOID AND ACTINOID SERIES 3. MISCH METAL •COORDINATION COMPOUNDS 1. NOMENCLATURE 2. VBT 3. CFT 4. WERNER'S THEORY 5. QUESTIONS ON MAGNETIC PROPERTIES, COLOUR AND SHAPE •ALDEHYDES KETONES AND CARBOXYLIC ACID - ALDEHYDES AND KETONES 1. ALL NAMED REACTIONS ( CANNIZARO, ROSENMUND, ALDOL, CLEMMENSEN, WOLF KISHNER, STEPHEN, ETARD2. NCERT Q.1,2,3 3. TOLLENS, FEHLING, BENEDICT AND IODOFORM 4. CONVERSION - CARBOXYLIC ACID 1. HVZ 2. PREPARATION OF CARBOXYLIC ACID FROM GRIGNARD REAGENT 3. ACIDITY OF CARBOXYLIC ACID 4. DECARBOXYLATION, KOLBE'S ELECTROLYSIS 5. MECHANISM OF ESTERIFICATION •AMINES 1. NOMENCLATURE, HOFFMAN BROMAMIDE 2. GABRIEL PTHALAMIDE REACTION 3. PHYSICAL PROPERTIES OF AMINES 4. BASICITY OF AMINES 5. CARBYLAMINE, ALKYLATION, ACYLATION, BENZOYLATION 6. HINSBERG'S REAGENT 7. ELECTROPHILIC SUBSTITUTION REACTION OF ANILINE 8. HALOGENATION, NITRATION AND SULPHONATION 8. IDENTIFICATION OF 1°,2° AND 3° BY HNO
1:09:45 3 steps to write name from formula given How to write electronic configuration with nearby noble gas Coordination compound me central atom sirf electron leta hai share ya mutual combine share nahi karta 1:57:02 reason of colour in coordination compound
She was the only lady who was providing our amazing and wonderful lecture for free cost because this type of quality lectures was not providing on RUclips for a free cost .so all thanks to the team of the learn hub and specially thanks to the mam.
Board 2024 attendence 🖐🏻
Edit-
Dkh lo bhai sbne pdh liya tum hi soo rhe ho😂🙂😂
present
Present
Present
Present😅
Present
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
Thank for this
🙌DEVMANUS🙌🧑🏫
Thanks for this
❤
Bhai description me hai😂😂
its humble request of all the students appearing in term 2 that plz make vdo of chapter amines and aldehyde ketone before 7 may ,concept will be crystal clear and confidence maxxx plz mam make the vdos if possible
Yeah definitely
Yess,She is excellent teacher.
Please ma'am please 🥺🥺🥺🥺
yeh chapter ka full video hai kya
Yes mam
This chapter felt like I was never gonna learn it, but this video just made it so simple! I fail to believe why free content and teaching is better than paid one????
Schiiiiii
Exactly.. 😢
Because free ones work hard
Just to help us
Short Notes kha milege..?
@@Mehak238learnohub ki website pe h revise notes section.
Who is on the 2023-24 batch
🫡🫡
😅😅😅
❤
Me
Me
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
Kitni mehnat ki hai
Per video mein timestamps already hai😅
Lekin thanku
Jadyda faltu time hai kiya tere pass 😂😂😅
Kyu nahi ho rahi padhai
Thanku so much ❤
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!
Noo hoo gaga
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
Apni Kaksha ke videos dekh lo
@@anupamaMall yes
I want
Batch 2024-25 attendence here...✨🌸
And let's do hard work and make our parents' proud 🌍😇
Mmm
Hmm
Lessgoo 😎
Yess
Yep❤
U are literally one of the best teacher! Concepts are crystal clear 👍🏻
Disclaimer - *Isomerism* and *Stability of Coordination Compounds* is missing in this lecture.
thats the only topic missing?? pakka wala??
I literally came to see that topic and couldn't find it😅
I also came back searching those topics
Bhai usko unke teacher ne padhaya nhi hoga
@@uday.lonkar 🤣
Best of luck for 27/02/2024 exam bhole baba sb ko skti de
Ab to vo hi kuch kr skte hai 🥲
@@Krishmaan001 yes you're right
@@Krishmaan0012024 broo!! 🤦♀️
@@Krishmaan001 kitna hua tumhara ?
2025 ki bhi same date hai
Suddenly discovered this channel and now it has been my favourite😊💫
Thank you so much mam to make our concept crystal clear 💖
Absolutely right
Discovered 🤣🤣
@@Archananavale2 She is on another level but understand the feeling bro.😂
@@_being__topper_ haan 🤣🤣
Hii
36:25 chelate are also described by--
Ligands forming ring ✨
Isomerism in Coordination Compounds to padhaya hi nahi
quick note:
chelation 5-6 membered ring ke liye stable hota hai
Thank you so much Mam , we all really need these one shots at exam time ✨✨✨
we really need teachers like u in universities too...🙌🙌
universities me padhna hota hai kya haha
Bkl 12 toh kar le
Disclaimer: I AM NOT A HATER but this video is not the ultimate solution, it has a lot of missing points. Not only is isomerism and stability of co-ordination compound been completely ignored but she never explained why in some compounds the different forms of CBT are used. She never told about any EAN rule. She has done very well for the 2 hours but overall trust me you will not be able to score even 70 percent in your test with just this video until it is a very very very textbook based test. I would suggest to go for a longer video which would have covered all the topics more sincerely.
Very true
💯💯
The video was made 2 years ago, at that time some of the topics were omitted from the syllabus.
So not her fault tbh
I think there is no EAN rule topic in the new syllabus of CBSE ..... Correct me if I am wrong 😅😅
Do u know any other teachers who teaches board level isc only
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
This chapter felt so difficult for me until i watched this Amazing session.
Literally she is one the best teacher all over the youtube. ❤️
Khuch ni hnn asa
Class me clearly suno bhai...
Yha tbhi smj ayegaa
Wrna nhi
@@nisharedhu3060 I see
@@chishlc But hear also. Not good only by watching teachers.
@@nitingamer769 #the boys
I completed 500 likes on this comment after 499
Concept is crystal clear. May God Bless You 🙏
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
thank you
Isomerism????
A big thanks for this mam....... We will remember you even after years of passing class 12.......
@@christy8584 actinoids deleted hai na
@@studymate6321 yeahh
@@christy8584 ok thnks
@@studymate6321 you are welcome........btw how was ur chemistry xam?
@@christy8584 not good
Any one seeing in last days of January 😅 give your attendance ??
'Legends watching one day before exam' wala comment kr deta hu cool dikhunga 😂😂
Kal exam ha
My too 😕
😹😹trend h aaj kl ka
@@factzzz_ ji ha
Mera exam to sachme 5 din baad hai 🥲
Thank you so much ma’am ❤. I felt this chapter was so difficult but this video cleared all of my doubts
Where we can get notes
Wow. Concepts are absolutely crystal clear
Bhai lerno hub se pdh kr jee main fayda hoga?
@@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.
@@Syedkaif0095 i don't think so
@@Syedkaif0095 no
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)
Thanks
Then suggest some other good videos?
@@megharathore6369 you should watch ncert wallah one shot lecture
@@megharathore6369 I prefer self study take the help of from the helping book like modern ,Dinesh and make notes from there and if you don't want to make notes then highlight the main concept from the book and the try out to find the important board questions from that particular topic and then revised concept and know the way how to write the answers in exam and then also you can go with the one short video of some male teacher because the males teacher complete fast and effectively without much wasting time .. ( my opinion)
Mam actually Isomerism topic is also a important topic of Coordination Compounds....So, Why this topic not discussed in this video.....??? 🤔🤔🥲
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
And mine chemistry board exam is on 13...
Dont rely completely on the video. Some of the topics were deleted back then which are now in our syllabus....
Can you please mention the topics which are not taught in this video but are in syllabus
@@iam_ansh_Bro mein sirf ek topic padne aaya tha. Latest ncert dekh lo. Mereko nhi Pata ki mam ne kon se karwaye kon se nhi. Magar itne confirm hai ki is video mein aj ke hisab se sare topics nhi. All the best for boards ✌️.
Bro isomerism of coordination compounds is missing topic in this video
Can anyone please mention...which topics are missing from the video...I have my pre board tomorrow and I really don't have time to check...and find some other lecture....please I would really appreciate.
Thank you maam my concept become crystal clear and doubt has went out ❤️❤️❤️😘😘
THANK 😊YOU MAM FOR THE WONDERFUL LECTURE ❤
Literally each and every concept is crystal clear very glad to find you on RUclips ❤
Hey kya aapne notes banaye ho
I'm in Bsc 3rd year.. coordination compounds and CFT and VBT is also here in my syllabus. You've explained it in a easy way. Thanks for helping us ♥️
Bro mera 2nd year ma hu
Me too
Wonderful lecture...with superb teacher ❤
I wanted to see one shot of this chapter and found the perfect video. Thank you so so much ma'am.
Is this video helpful to u samridhi
hell no for first timers
@@ananyasingh9422
2024-25 batch mark your attendance here👇
Thoda confusion h bhai....😅... First se direct last chapter kyu pad rhe...😕😅
@@harikeshchandra6244pata nhi bro mere bhi clg me ese hi padha rhe h direct 9th se starting 😅
@@supriyaarts2201 😂😂
@@supriyaarts2201 😁🤣🤣
👋
1:34:31 Mam why sp3 because I ve studied that if cmi is Co then pairing will occur due to which hybridization will be dsp2 and only 1 e- will be unpaired so it would be para magnetic
Because if ligands contains C,N or P then act as strong field ligand due to which pairing occur and if cmi is Co then pairing will occur irrespective of ligand type
Mam I'm confused now please clear this doubt 🙏🙏🙏
the crystal field theory is crystal clear. ma'am you are just amazing! THANKYOOU SO MUCH MA'AM
thank u maam
Do you know how to get the notes of this chapter... Or we have to write it from video itself
❤❤
Now u r in collage
Maam thank you so so much😭You're doing so hardwork for us😭I'm literally crying 😭thank you so much maam😭much awaited chapter😭 infinite love for you maam😭CONCEPT AB HOGA FULLY TAREEKE SE CRYSTAL CLEAR 😍😍
😂😂😂 chal jhuthe 😜😜...
ohh bhai
Bhaiya hosla rakho jazzbaati na hoo 😂😂
Ma'am i have a request , as i see recent updates on your channel and that are premieres of only term 1 chapters , ma'am please upload term 2 one shots Asap , as we are much dependent on your one shots , especially try to upload chemistry one shots of amines and carboxylic acids
It's quite impossible.. Watch arvind arora one shot that's also good.. I have completed my chap from there..
@@shubham1845 bhak
@@GAMA-GTAV tab toh ek hi rasta h... Baith kr rolo
@@shubham1845 arvind Arora ka bs amine acha hai one shot me maine uski coordination ki vedio dekhi puri trh se explain nhi kiya hai or adhe topic b nhi the usme sir explain acha krte hai pr one shot m hr cheej nhi btate...or ncert wallah ka b one shot dekha vo to bilkul hi nhi smjh aya
@@KomalSingh-qg3cv try apni kaksha .. it was best af
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
Mam, I really wanna say thank you to you because you are helping me a lot through these one shot videos .
maam humble request, kindly upload the missed part of this chapter, ie isomerism : )
do you know any other videos, for this isomerism topic.... i have an exam tommorow
@@tanishaverma1460 yo my exam is also tomorrow
And here you can watch this
ruclips.net/video/9RZ4k08y_QA/видео.html
You explained so well and made the topics more easier .. thank you so much ma'am ❤️❤️
Attention⚠️
Those who are watching this video at 1.75x speed due to tomorrow exam
Plz make attendance here.
They are extra legends.
2x speed
I'm on x2 🤘
Bro tell me how much percentage you got after learning 2-3 days before exam
arreee we 2x speed squad
1.5×
Present lgao jo 21-01-2025 ko lecture deg rhe h ❤❤😊😊😊
Excellent one shot mam👏....each topic covered in detail😄 but you missed 'isomerism' topic....but altogether this video was of great help😁❤️
And the bonding in metal carbonyls also..
yy isomerism topic not covered
Yeah and bonding in metal carbonyl
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
😮
Concept hua crystal clear..haye hayee🤩🤩🔥
Concept is Crystal clear 👍😊
Hi
@@SubodhKumar-ck1ry hi
Very brief and crystal clear explanation. You are a gem
TF......where is isomerism?
Do you know how to get the notes of this chapter... Or we have to write it from video itself
This is a complete lecture not a brief....only isomerism is not here👍
Mam what about the stability of coordination compounds,bonding in metal carbonyls and isomerism concept.
Thank you ma'am 😊
Awesome explanation 👏 👌 ❤
Concepts are crystal clear
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.
Do you know how to get the notes of this chapter... Or we have to write it from video itself
@@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.
@@arshitaarya4274 okk thank you soo much 😊
@@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...
@@borngentleman6733 oh please don't worry about my notes or note making. I'm doing really well. Thank you very much.
The content mentioned for each topic is well enough for boards....but for 2025 board students we have isomerism of coordination compounds and bonding in metal carbonyls too which is not included in this video
You are absolutely right! I will upload revised one shot video for Isomerism of Coordination Compounds and Bonding in Metal Carbonyls soon. 😊
@@LearnoHubClass1112omg ma'am please do so!!
When it's coming rivision series
Concept hua crystal clear specially vbt and CFT thank you soooooooo much mam wish you all the success and luck 😊🙏🙏
🤔🧐
And what about isomerism???? She didn't include the topic of isomerism here
@@IITIAN_Niraj maar Khao ge?
@@Future_medic12 it is ....there is no deleted topic in chem...but deleted chp
@@mingo2149 just cover it from a short video
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
Thanku so much Mam for crystal clearing the concepts😌 Really Helpful Video 👍🏻
Ma'am is really obsessed with "kul milaake " 😅🤞
Btw love your teaching ma'am......
Keep it up!👍
I just cant thank you enough. I was waiting for this too long. THANKSSSSSSSSSSSSS
I will make history not studying whole year and studied only in one day and then still pass 🧠💀
Us
My exam was excellent expecting 35 marks
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?😂😂
@@luciferboygamingyt3257 and then there's them ..... Who top after studying that 1 hour only🥲
@@Her_escapes how was your result
Really wonderful lecture❤ all concepts are crystal clear 🫶🏻thankyou you so much mam🎉
Thank u so much ma'am. The concept was really conceptually clear...it really helped me during my exam preparation and revision.🙏🏻 want ur blessings in this way.😊🙏🏻💖
Right 👍👍
MA’Am i join many academics and takes many chemistry lectures but never seen this type of lectures ever thanks ❤😊
I thought this lesson was .. tough but . After seeing .. i got how much easy it's about .. thank u making a such a wonderful video
Mam thank you for clarifying my doubts regarding shapes , 😀 by this balloon representation it's easy to depict the shape of compound ✔️
Mam...what about isomerism in coordination compounds???
I was worried about this chapter but now after watching this video,I'm literally feeling better. This is the best content I've seen till now. Thankyou ma'am❤
YES SHE THE GOAT(GREATEST OF ALL TIME)........SHE TEACH BASICS ALSO ALONG WITH THE CHAPTER
idk
@ShivaniKumari-vx5we
2:02:55 concept cristal clear ❤ thank you so much mam
sach me?? isliye bacho ki tarah crystal* ka spelling wrong hai.... crystal field theory ko kya ekdm sa skip mardiye kya ?? lol😂🙂
@@titanmeow0069 ohh i didn't know that people were like you 😂😂 it can be crystal or cristal and u were lol for urself 🤣
@@SreeprajnaB damn man... living a own fcuking world.. creating own spellings... and just of one comment getting offend... dude chill.. go and study.. man.. kab maine reply kiya and kab reply back aara hai 😂😂 and the fcuk is telling to mu self.. miss cristal* 🤣
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 .
Thank you mam our doubts are crystal clear ✨
The best part is - "Why to study this chapter?" & The reason is so suitable n convincing that makes the chapter more interesting!😊⭐
1 year ago
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
Thank u ma'am ....for these video 🥰.....love your hardworking..❤️
I was searching for an perfect one shot video in coordination compounds with minimal time so here am I still waiting for an perfect one shot video on Aldehyde & ketones and Carboxylic acids from your end mam
Nhi dekhe to kya krega
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
Concept hua crystal clear thank you so much ma’am for this wonderful explanation♥️✨
Legend me studying this chapter for time😂😂 10 hr before exam😂😮
Kitna hogya Bhai...
Best teacher
Who is giving this much good materials free of cost
Thanks a lot ma'am
You are god for students
You are such an amazing teacher seriously u make every difficult chp to easy to learn... Your way of teaching us is fantastic 😍 thnqu sooo much mam.. ❤️
Mam thanku, i am eagerly waiting for this video on coordination compounds 😁😁😁😁
I am studying it for the first time . Would this video be helpful ?
Complete hua ?
@@VIOLET-po2vd 20 min baaki hai helpful hai bhai got it
Me too for the first time😂
@@anshika8814 I just started tumara to khatam ho gya hog
@@anshika8814 same here lol
Mam you explained each topic so, well in such a short amount of time...my concepts are crystal clear now ❤✨
I was waiting for this vdo!🤩
Thank god..... It was uploaded before chem xam😪
Thanks to u also mam❤❤❤
Thank u so much finally my all chapters were prepared for exam .❤️
Bhut darr lg rha mujhe 😭😭😭
@@funnyvinesup3989 kyu
Thanks mam I'M loving with chemistry because of you ❤
Glad to hear that. If you Like the video, Share with your friends too.
I feel so easy after watching this video for chem.. And all those students including me All the Best for our chemistry paper......👍🏻😀
Hey do you know where I will find the notes
Most important topics-
•ELECTROCHEMISTRY
1. NERNST EQUATION
2. KOHLRAUCH'S LAW
3. Conductivity, resistivity, etc
4. RELATION BETWEEN CONDUCTIVITY, SPECIFIC CONDUCTANCE AND CELL CONSTANT
5. ∆G= nFEcell
•CHEMICAL KINETICS
1. DIFFERENCE B/W MOLECULARITY AND ORDER OF REACTION
2. ZERO ORDER AND FIRST ORDER
3. TABULAR QUESTIONS
4. PSEUDO ORDER REACTIONS
5. FACTORS AFFECTING RATE OF REACTION
6. INTEGRATED RATE EQUATION DERIVATION
7. GRAPHS
•SURFACE CHEMISTRY
1. DIFFERENCE B/W PHYSISORPTION AND CHEMISORPTION
2. FREUNDLISCH ADSORPTION ISOTHERM AND ITS GRAPH
3. DIFFERENCE B/W TRUE SOLUTION, COLLOID AND SUSPENSION
4. LYOPHILIC AND LYOPHOBIC; MULTIMOLECULAR AND MACROMOLECULAR
5. ELECTROPHORESIS; TYNDAL EFFECT; BROWNIAN MOVEMENT; COAGULATION.
•d AND f-BLOCK
d- block-
1.ELECTRONIC CONFIGURATION
2. CHARACTERISTICS OF TRANSITION ELEMENTS
3. (i) TRANSITION ELEMENTS SHOWS VARIABLE OXIDATION STATE.WHY?
(ii)ACT AS GOOD CATALYST. WHY?
(iii) FORM INTERSTITIAL COMPOUNDS.
(iv) FORM ALLOYS
(v) FORM COMPLEXES
(vi) FORM COLOURED COMPOUNDS
4. SPIN ONLY FORMULA, MAGNETIC MOMENT
f-BLOCK-
1. LANTHANOID CONTRACTION
2. DIFFERENCE B/W LANTHANOID AND ACTINOID SERIES
3. MISCH METAL
•COORDINATION COMPOUNDS
1. NOMENCLATURE
2. VBT
3. CFT
4. WERNER'S THEORY
5. QUESTIONS ON MAGNETIC PROPERTIES, COLOUR AND SHAPE
•ALDEHYDES KETONES AND CARBOXYLIC ACID
- ALDEHYDES AND KETONES
1. ALL NAMED REACTIONS ( CANNIZARO, ROSENMUND, ALDOL, CLEMMENSEN, WOLF KISHNER, STEPHEN, ETARD2. NCERT Q.1,2,3
3. TOLLENS, FEHLING, BENEDICT AND IODOFORM
4. CONVERSION
- CARBOXYLIC ACID
1. HVZ
2. PREPARATION OF CARBOXYLIC ACID FROM GRIGNARD REAGENT
3. ACIDITY OF CARBOXYLIC ACID
4. DECARBOXYLATION, KOLBE'S ELECTROLYSIS
5. MECHANISM OF ESTERIFICATION
•AMINES
1. NOMENCLATURE, HOFFMAN BROMAMIDE
2. GABRIEL PTHALAMIDE REACTION
3. PHYSICAL PROPERTIES OF AMINES
4. BASICITY OF AMINES
5. CARBYLAMINE, ALKYLATION, ACYLATION, BENZOYLATION
6. HINSBERG'S REAGENT
7. ELECTROPHILIC SUBSTITUTION REACTION OF ANILINE
8. HALOGENATION, NITRATION AND SULPHONATION
8. IDENTIFICATION OF 1°,2° AND 3° BY HNO
Thanks buddy🙂
Mam mai bpsc teacher ki preparation ke liye padh Rahe hu.thanku mam aapke karan mera concept hua crystal clear
THANK YOU SO MUCH MAM , THE CONCEPTS WERE REALLY CRYSTAL CLEAR EXPLAINED BY YOU .
Mam concepts ho gye crystal clear
Crystalllllll clear.......!!!!!!!!!😂👍👍👍👍👍Thanks ma'am for this wonderful lecture ☺☺☺☺
VBT was taught really well here ...
1:09:45 3 steps to write name from formula given
How to write electronic configuration with nearby noble gas
Coordination compound me central atom sirf electron leta hai share ya mutual combine share nahi karta
1:57:02 reason of colour in coordination compound
It was an awesome lecture but 2 topics were not included - Isomerism in Coordination compounds and Bonding in Metal carbonyl.
Your channel is much helpfull for me to understand and revise my syllabus Thanku mam ❤️
She was the only lady who was providing our amazing and wonderful lecture for free cost because this type of quality lectures was not providing on RUclips for a free cost .so all thanks to the team of the learn hub and specially thanks to the mam.
Isomerism in Coordination Compounds to padhaya hi nahi
1:05:15
Ma'am is it actually argentate or argentite?
I have seen 'argentite' being used too..
argentate
Won the worldcup😂😂😂
I never felt bored a single minute.... Very good teaching.