To join the Believers batch: Call us at 01247158250 or WhatsApp us at - wa.me/919289119544 for any information related to the Believers batch. 📌Class 12 Term 2 Important Playlists: Physics - ua-cam.com/play/PL5rBp3kXkJdBRBe_a5bLaVIP3KnjM_qVc.html Chemistry - ua-cam.com/play/PL5rBp3kXkJdCzsUVrm3SaA8h-2e6_VIdD.html Maths - ua-cam.com/play/PL5rBp3kXkJdCGFT6yK2mZTke5Iu7tBEWr.html Biology - ua-cam.com/play/PL5rBp3kXkJdCwZE7r61wEjRS1sd97qSYv.html
Electrochemistry is the study of the conversion between chemical energy and electrical energy. It involves understanding the principles of electrochemical cells, redox reactions, and the factors affecting electrochemical processes. Key moments: 02:02 Electrochemistry involves converting chemical energy into electrical energy and vice versa, demonstrated through experiments with zinc sulfate and copper sulfate. Understanding how electrochemical cells work is essential in this field. -Explanation of electrochemistry and its basic principles, focusing on converting chemical energy into electrical energy and vice versa. -Demonstration of electrochemical processes using zinc sulfate and copper sulfate in an experiment to understand the concept better. -Importance of understanding electrochemical cells and their role in converting chemical energy to electrical energy for practical applications. 08:07 Understanding the flow of electrons in chemical reactions is crucial for creating electrical current. This process involves positive and negative charges moving between containers to generate chemical energy. -Explaining the concept of oxidation and reduction in electron reactions. It highlights the importance of electron flow and charge movement in generating electricity. -Discussing the role of anode and cathode in creating chemical reactions. It emphasizes the significance of charge distribution and electron movement in producing current. -Exploring the process of charge transfer between containers to initiate chemical reactions. It underlines the connection between electron flow and electrical current production. 17:17 Understanding the concept of electric potential and electrolyte potential is crucial in electronics. The difference between potential in electronic and electrolyte solutions is significant. -Explaining the concept of potential difference and its role in electronic and electrolyte solutions. -Discussing the impact of concentration on potential and the difference between electronic and electrolyte potentials. -Highlighting the importance of understanding and calculating potentials in different substances for practical applications. 25:38 Understanding the concept of hydrogen electrode and its significance in electrochemistry is crucial for analyzing reduction potentials and reactions. Connecting different electrodes with hydrogen helps determine their reduction potentials and reactions accurately. -Significance of standard hydrogen electrode in electrochemistry for determining reduction potentials and reactions accurately. -Importance of connecting various electrodes with hydrogen to analyze their reduction potentials and reactions in electrochemistry. -Exploring the concept of oxidation potential and operation protection in electrochemistry for understanding electron transfer processes. 34:27 Understanding the concept of oxidation and reduction potentials is crucial in chemistry. It determines the direction of electron flow and influences reactions in cells and batteries. -The importance of understanding oxidation and reduction potentials in chemistry for electron flow and reaction direction. -The impact of oxidation and reduction potentials on cellular reactions and battery performance. -The significance of balancing oxidation and reduction potentials for efficient production and conversion processes in chemistry. 43:38 The video discusses topics related to reactions, concentrations, and temperature in chemical reactions. It explains how to calculate cell potential and the significance of standard conditions in electrochemical reactions. -Explaining the importance of standard conditions in electrochemical reactions and how to calculate cell potential. -Discussing the impact of concentration and temperature on reactions, and the role of electron transfer in electrochemical reactions. -Addressing the calculation of reaction values, the significance of temperature in reactions, and the application of formulas in determining cell potential. 58:56 Understanding conductivity and resistivity is crucial in physics and chemistry. Conductivity depends on concentration and materials, impacting electrical properties and measurements. -Importance of conductivity and resistivity in physics and chemistry. Conductivity influenced by concentration and materials, affecting electrical behavior and measurements. -Relationship between conductivity, resistivity, and concentration. How materials and concentration impact electrical properties and measurements in science. 1:01:30 Understanding the relationship between molar conductivity, concentration, and dilution is crucial in chemistry. Manipulating concentration affects molar conductivity, highlighting the importance of electrolyte behavior in solutions. -Explaining the concept of molar conductivity and its dependence on concentration in chemistry. -Discussing the impact of dilution on molar conductivity and the behavior of electrolytes in solutions. -Emphasizing the significance of understanding concentration manipulation on molar conductivity and the implications for electrolyte behavior. 1:09:42 Understanding molar conductivity and its calculation is crucial in chemistry exams. Students need to focus on conversion, reactions, and daily revision for better exam preparation. -Importance of molar conductivity in chemistry exams and its calculation methods. -The significance of focusing on conversion, reactions, and daily revision for effective exam preparation in chemistry
Key moments: 02:02 Electrochemistry involves converting chemical energy into electrical energy and vice versa, demonstrated through experiments with zinc sulfate and copper sulfate. Understanding how electrochemical cells work is essential in this field. -Explanation of electrochemistry and its basic principles, focusing on converting chemical energy into electrical energy and vice versa. -Demonstration of electrochemical processes using zinc sulfate and copper sulfate in an experiment to understand the concept better. -Importance of understanding electrochemical cells and their role in converting chemical energy to electrical energy for practical applications. 08:07 Understanding the flow of electrons in chemical reactions is crucial for creating electrical current. This process involves positive and negative charges moving between containers to generate chemical energy. -Explaining the concept of oxidation and reduction in electron reactions. It highlights the importance of electron flow and charge movement in generating electricity. -Discussing the role of anode and cathode in creating chemical reactions. It emphasizes the significance of charge distribution and electron movement in producing current. -Exploring the process of charge transfer between containers to initiate chemical reactions. It underlines the connection between electron flow and electrical current production. 17:17 Understanding the concept of electric potential and electrolyte potential is crucial in electronics. The difference between potential in electronic and electrolyte solutions is significant. -Explaining the concept of potential difference and its role in electronic and electrolyte solutions. -Discussing the impact of concentration on potential and the difference between electronic and electrolyte potentials. -Highlighting the importance of understanding and calculating potentials in different substances for practical applications. 25:38 Understanding the concept of hydrogen electrode and its significance in electrochemistry is crucial for analyzing reduction potentials and reactions. Connecting different electrodes with hydrogen helps determine their reduction potentials and reactions accurately. -Significance of standard hydrogen electrode in electrochemistry for determining reduction potentials and reactions accurately. -Importance of connecting various electrodes with hydrogen to analyze their reduction potentials and reactions in electrochemistry. -Exploring the concept of oxidation potential and operation protection in electrochemistry for understanding electron transfer processes. 34:27 Understanding the concept of oxidation and reduction potentials is crucial in chemistry. It determines the direction of electron flow and influences reactions in cells and batteries. -The importance of understanding oxidation and reduction potentials in chemistry for electron flow and reaction direction. -The impact of oxidation and reduction potentials on cellular reactions and battery performance. -The significance of balancing oxidation and reduction potentials for efficient production and conversion processes in chemistry. 43:38 The video discusses topics related to reactions, concentrations, and temperature in chemical reactions. It explains how to calculate cell potential and the significance of standard conditions in electrochemical reactions. -Explaining the importance of standard conditions in electrochemical reactions and how to calculate cell potential. -Discussing the impact of concentration and temperature on reactions, and the role of electron transfer in electrochemical reactions. -Addressing the calculation of reaction values, the significance of temperature in reactions, and the application of formulas in determining cell potential. 58:56 Understanding conductivity and resistivity is crucial in physics and chemistry. Conductivity depends on concentration and materials, impacting electrical properties and measurements. -Importance of conductivity and resistivity in physics and chemistry. Conductivity influenced by concentration and materials, affecting electrical behavior and measurements. -Relationship between conductivity, resistivity, and concentration. How materials and concentration impact electrical properties and measurements in science. 1:01:30 Understanding the relationship between molar conductivity, concentration, and dilution is crucial in chemistry. Manipulating concentration affects molar conductivity, highlighting the importance of electrolyte behavior in solutions. -Explaining the concept of molar conductivity and its dependence on concentration in chemistry. -Discussing the impact of dilution on molar conductivity and the behavior of electrolytes in solutions. -Emphasizing the significance of understanding concentration manipulation on molar conductivity and the implications for electrolyte behavior. 1:09:42 Understanding molar conductivity and its calculation is crucial in chemistry exams. Students need to focus on conversion, reactions, and daily revision for better exam preparation. -Importance of molar conductivity in chemistry exams and its calculation methods. -The significance of focusing on conversion, reactions, and daily revision for effective exam preparation in chemistry
00:02 Electrochemistry involves converting chemical energy into electrical energy and vice versa. 03:01 Electrochemistry involves the conversion of electric energy to chemical energy and vice versa. 10:02 Understanding Electrochemistry and Cell Reactions 13:34 Understanding electrochemical reactions and electron movement 20:10 Electrochemistry involves temperature effects and movement of electrolytes and electrons 23:44 Understanding the concept of potential in Electrochemistry 29:15 Understanding relationship between reduction potentials in electrochemistry 31:55 Production potential in Electrochemistry with respect to hydrogen 38:51 Understanding electrode potential in electrochemistry 41:44 Electrochemical potential is always positive 48:08 Understanding log product in ion concentration 51:35 Discussing calculations with 0.05 N lock product 57:38 Conductivity and Molar Conductivity in Electrochemistry 1:00:43 Molar conductivity depends on material and concentration. 1:06:44 Molar conductivity changes with concentration and dilution 1:09:33 Understanding molar conductivity in electrolytic solutions Crafted by Merlin AI.
Sir aapne btaya ki enot cell ke 3 formulae h aur conditions bhi btai aur ye bhi btaya ki ye reduction electrode potential de rkha ho dono ka tb use krenge toh mtlb sir agar hume nahi given hoga toh hum convert krke use kr skte h na ise?😊😊
Sir me 2022-2023 batch ki hu...ky me iss video se pdh skti hu??? I mean this video is enough for completing this chapter according to this year's syllabus??
Electrochemistry is the study of the conversion between chemical energy and electrical energy. It involves understanding the principles of electrochemical cells, redox reactions, and the factors affecting electrochemical processes.
Your teaching style is amazing sir....aapse padhne ke baad exam dene me mja hi aa jata h...haa ho skta h ek do questions me hum thoda fsh jaate h...but that is our mistake not your sir.... thank you so much sir....❤☺️🙏🏻
Aap Mitchell Starc ⭐ ki tarah dikhte Hein sarji, u looks so handsome teacher in the world really💞💞💞💞❤️❤️❤️❤️❤️❤️aur aapka concept bhi aache se samajh me aati h , love you too sir, Thanks for your amazing explanation guruji,🤟🤟💓💓😍🤘🤘✌️🤗🤗
Thank u so much sir u are the best teacher tomorrow is my exam day for chemistry and I thought tomorrow what I can do because I am not prepared for this but when I watched your video I feel confident in my life
@@KajalTyagi-m7k Kitna purane comment ka reply kr rha hai tu padh le ye comment jab kara tha mene jab me 12th me tha aur jab term 1+ term 2 bhi thee hamaare time me hi only abb iss comment ko 2 saal ho chuke hai aur kab ki 12th ho chuki hai engineering kr rha hu me abb padhle Tu tera full syllabus aayega koi term 1 term 2 bhi nhi hai pura syllabus katwado iske liye 😒😒
Sir jo bhi video upload kiya kriya usma pdf bhi bna kr discription me daal diya kriye taki pdf se notes ban jye kre pr video dekhte time koi disturbance na ho
To join the Believers batch: Call us at 01247158250 or WhatsApp us at - wa.me/919289119544 for any information related to the Believers batch.
📌Class 12 Term 2 Important Playlists:
Physics - ua-cam.com/play/PL5rBp3kXkJdBRBe_a5bLaVIP3KnjM_qVc.html
Chemistry - ua-cam.com/play/PL5rBp3kXkJdCzsUVrm3SaA8h-2e6_VIdD.html
Maths - ua-cam.com/play/PL5rBp3kXkJdCGFT6yK2mZTke5Iu7tBEWr.html
Biology - ua-cam.com/play/PL5rBp3kXkJdCwZE7r61wEjRS1sd97qSYv.html
Sir 99 ques. Kb tk aa jaenge
Sir separation ki spelling sahi thi!
Ni loose krega aur O accept
Nickel anode kyuki oxidation
Oxygen cathode kyuki reduction
@@TExSHERIF terese poocha kisine
badmosi na karr
Acchi video nhi thi
Electrochemistry is the study of the conversion between chemical energy and electrical energy. It involves understanding the principles of electrochemical cells, redox reactions, and the factors affecting electrochemical processes.
Key moments:
02:02 Electrochemistry involves converting chemical energy into electrical energy and vice versa, demonstrated through experiments with zinc sulfate and copper sulfate. Understanding how electrochemical cells work is essential in this field.
-Explanation of electrochemistry and its basic principles, focusing on converting chemical energy into electrical energy and vice versa.
-Demonstration of electrochemical processes using zinc sulfate and copper sulfate in an experiment to understand the concept better.
-Importance of understanding electrochemical cells and their role in converting chemical energy to electrical energy for practical applications.
08:07 Understanding the flow of electrons in chemical reactions is crucial for creating electrical current. This process involves positive and negative charges moving between containers to generate chemical energy.
-Explaining the concept of oxidation and reduction in electron reactions. It highlights the importance of electron flow and charge movement in generating electricity.
-Discussing the role of anode and cathode in creating chemical reactions. It emphasizes the significance of charge distribution and electron movement in producing current.
-Exploring the process of charge transfer between containers to initiate chemical reactions. It underlines the connection between electron flow and electrical current production.
17:17 Understanding the concept of electric potential and electrolyte potential is crucial in electronics. The difference between potential in electronic and electrolyte solutions is significant.
-Explaining the concept of potential difference and its role in electronic and electrolyte solutions.
-Discussing the impact of concentration on potential and the difference between electronic and electrolyte potentials.
-Highlighting the importance of understanding and calculating potentials in different substances for practical applications.
25:38 Understanding the concept of hydrogen electrode and its significance in electrochemistry is crucial for analyzing reduction potentials and reactions. Connecting different electrodes with hydrogen helps determine their reduction potentials and reactions accurately.
-Significance of standard hydrogen electrode in electrochemistry for determining reduction potentials and reactions accurately.
-Importance of connecting various electrodes with hydrogen to analyze their reduction potentials and reactions in electrochemistry.
-Exploring the concept of oxidation potential and operation protection in electrochemistry for understanding electron transfer processes.
34:27 Understanding the concept of oxidation and reduction potentials is crucial in chemistry. It determines the direction of electron flow and influences reactions in cells and batteries.
-The importance of understanding oxidation and reduction potentials in chemistry for electron flow and reaction direction.
-The impact of oxidation and reduction potentials on cellular reactions and battery performance.
-The significance of balancing oxidation and reduction potentials for efficient production and conversion processes in chemistry.
43:38 The video discusses topics related to reactions, concentrations, and temperature in chemical reactions. It explains how to calculate cell potential and the significance of standard conditions in electrochemical reactions.
-Explaining the importance of standard conditions in electrochemical reactions and how to calculate cell potential.
-Discussing the impact of concentration and temperature on reactions, and the role of electron transfer in electrochemical reactions.
-Addressing the calculation of reaction values, the significance of temperature in reactions, and the application of formulas in determining cell potential.
58:56 Understanding conductivity and resistivity is crucial in physics and chemistry. Conductivity depends on concentration and materials, impacting electrical properties and measurements.
-Importance of conductivity and resistivity in physics and chemistry. Conductivity influenced by concentration and materials, affecting electrical behavior and measurements.
-Relationship between conductivity, resistivity, and concentration. How materials and concentration impact electrical properties and measurements in science.
1:01:30 Understanding the relationship between molar conductivity, concentration, and dilution is crucial in chemistry. Manipulating concentration affects molar conductivity, highlighting the importance of electrolyte behavior in solutions.
-Explaining the concept of molar conductivity and its dependence on concentration in chemistry.
-Discussing the impact of dilution on molar conductivity and the behavior of electrolytes in solutions.
-Emphasizing the significance of understanding concentration manipulation on molar conductivity and the implications for electrolyte behavior.
1:09:42 Understanding molar conductivity and its calculation is crucial in chemistry exams. Students need to focus on conversion, reactions, and daily revision for better exam preparation.
-Importance of molar conductivity in chemistry exams and its calculation methods.
-The significance of focusing on conversion, reactions, and daily revision for effective exam preparation in chemistry
Bro used chat gpt to get the brief description of the video
Nallepan ki limit paar😂😂😅
Thank you 😊
someone: how begari u r
me: comment
School teachers 🤡 < tution teachers 💀 < UA-cam teachers 🗿
😂
😂
😂
School me chutiye log padhte hai nhi
Tuition me paise dete hai fir school teachers ko gali dete hai
😂
All the best 2024-2025 Batch
Dhanyaad bhaii❤😅
Yar koi batao is video ko dekhkar clear ho jayega ye chapter
@@Munnabhaitrader. N
Thank yaar❤
@@Munnabhaitrader.Bhai tumhe pta chl gya toh mujhe bta do pls bhai , mera kal exam hai batado yr
Key moments:
02:02 Electrochemistry involves converting chemical energy into electrical energy and vice versa, demonstrated through experiments with zinc sulfate and copper sulfate. Understanding how electrochemical cells work is essential in this field.
-Explanation of electrochemistry and its basic principles, focusing on converting chemical energy into electrical energy and vice versa.
-Demonstration of electrochemical processes using zinc sulfate and copper sulfate in an experiment to understand the concept better.
-Importance of understanding electrochemical cells and their role in converting chemical energy to electrical energy for practical applications.
08:07 Understanding the flow of electrons in chemical reactions is crucial for creating electrical current. This process involves positive and negative charges moving between containers to generate chemical energy.
-Explaining the concept of oxidation and reduction in electron reactions. It highlights the importance of electron flow and charge movement in generating electricity.
-Discussing the role of anode and cathode in creating chemical reactions. It emphasizes the significance of charge distribution and electron movement in producing current.
-Exploring the process of charge transfer between containers to initiate chemical reactions. It underlines the connection between electron flow and electrical current production.
17:17 Understanding the concept of electric potential and electrolyte potential is crucial in electronics. The difference between potential in electronic and electrolyte solutions is significant.
-Explaining the concept of potential difference and its role in electronic and electrolyte solutions.
-Discussing the impact of concentration on potential and the difference between electronic and electrolyte potentials.
-Highlighting the importance of understanding and calculating potentials in different substances for practical applications.
25:38 Understanding the concept of hydrogen electrode and its significance in electrochemistry is crucial for analyzing reduction potentials and reactions. Connecting different electrodes with hydrogen helps determine their reduction potentials and reactions accurately.
-Significance of standard hydrogen electrode in electrochemistry for determining reduction potentials and reactions accurately.
-Importance of connecting various electrodes with hydrogen to analyze their reduction potentials and reactions in electrochemistry.
-Exploring the concept of oxidation potential and operation protection in electrochemistry for understanding electron transfer processes.
34:27 Understanding the concept of oxidation and reduction potentials is crucial in chemistry. It determines the direction of electron flow and influences reactions in cells and batteries.
-The importance of understanding oxidation and reduction potentials in chemistry for electron flow and reaction direction.
-The impact of oxidation and reduction potentials on cellular reactions and battery performance.
-The significance of balancing oxidation and reduction potentials for efficient production and conversion processes in chemistry.
43:38 The video discusses topics related to reactions, concentrations, and temperature in chemical reactions. It explains how to calculate cell potential and the significance of standard conditions in electrochemical reactions.
-Explaining the importance of standard conditions in electrochemical reactions and how to calculate cell potential.
-Discussing the impact of concentration and temperature on reactions, and the role of electron transfer in electrochemical reactions.
-Addressing the calculation of reaction values, the significance of temperature in reactions, and the application of formulas in determining cell potential.
58:56 Understanding conductivity and resistivity is crucial in physics and chemistry. Conductivity depends on concentration and materials, impacting electrical properties and measurements.
-Importance of conductivity and resistivity in physics and chemistry. Conductivity influenced by concentration and materials, affecting electrical behavior and measurements.
-Relationship between conductivity, resistivity, and concentration. How materials and concentration impact electrical properties and measurements in science.
1:01:30 Understanding the relationship between molar conductivity, concentration, and dilution is crucial in chemistry. Manipulating concentration affects molar conductivity, highlighting the importance of electrolyte behavior in solutions.
-Explaining the concept of molar conductivity and its dependence on concentration in chemistry.
-Discussing the impact of dilution on molar conductivity and the behavior of electrolytes in solutions.
-Emphasizing the significance of understanding concentration manipulation on molar conductivity and the implications for electrolyte behavior.
1:09:42 Understanding molar conductivity and its calculation is crucial in chemistry exams. Students need to focus on conversion, reactions, and daily revision for better exam preparation.
-Importance of molar conductivity in chemistry exams and its calculation methods.
-The significance of focusing on conversion, reactions, and daily revision for effective exam preparation in chemistry
Berojgar
Chat gpt goes brrrrrrr
Bro , please help me out..
Is lecture me batch 2024-25 ke hisaab se kuch deleted toh nhi hna ??
Koi topic missing toh nhi hna ?
FOR ELECTROCHEMICAL CELL:
LOAN - TRICK
L- LEFT
O- OXIDATION
A- ANODE
N- NEGATIVE
Red cat an Ox
Reduction In Cathode Anode Oxidation
bhai tune to system crack kr diya is hack se
7 crore...............
re bhai itti suthri trick toh hai yo 😁😁😅😅
alakh pandays student
38:38 ni gives the electrons to oxygen because ni is the best reducing agent and oxidised itself
y bro I'm from 2024 session and you're result was great keep doing your best ✨🙂
15
Reply
1:29 lecture starts
27:00 koi baat nahi sir.... ham samjh gye aap kya kehna chahte the 👍🏻👍🏻👍🏻
She has zero potential 😂
Tomorrow is exam and I'm watching it for revision at 2x 🤣🤣🤣...thank you sir... ❤️
Bhai electrolysis bhi ayega na??
@@PushpendraYadav-wh9lc haaa bhai....ayega
Oye bro kitne chap.. complete kiye tune!?
@@aasifahakhter196 bhai inorganic and physical complete krli and organic ke reactions and unke conversion aate h
Aur m subh subh 😂😂
14:10 Makshad nhi Bhulna Bhaijaan😂😂
This part was best 😂😂
We really appreciate your efforts for us thanks alot for this
Effort kaha hai aisa lgra sir ko jabardasti padhwaya ja raha hai
2024 present here
Yes I am Archishman
Kon kon meri terha half yearly ke preparation kr raha hai 🤧?
Me😂
Me
😂
Ma bhi yr betu 😊
@@shearmadihatverma3847 betu ohk aunty ji 😂
Thanks sir watched this lecture in the morning today (on the day of board exam) and it saved me 5 marks. Much appreciated.
KON SA Q 5MARKS KA AAYA THA
@@Ravi_Ranjan329 bhay pichle saal ka comment h
@@ashmitnegi3265 tabhi bta de kyuki dar lg rha hai or kl chemistry hai
@@Ravi_Ranjan329 nernst ka tha direct, m to lockdown ka student, nernst bhi dhang se nhi aati thi
@@ashmitnegi3265 ok dhanyaavd
00:02 Electrochemistry involves converting chemical energy into electrical energy and vice versa.
03:01 Electrochemistry involves the conversion of electric energy to chemical energy and vice versa.
10:02 Understanding Electrochemistry and Cell Reactions
13:34 Understanding electrochemical reactions and electron movement
20:10 Electrochemistry involves temperature effects and movement of electrolytes and electrons
23:44 Understanding the concept of potential in Electrochemistry
29:15 Understanding relationship between reduction potentials in electrochemistry
31:55 Production potential in Electrochemistry with respect to hydrogen
38:51 Understanding electrode potential in electrochemistry
41:44 Electrochemical potential is always positive
48:08 Understanding log product in ion concentration
51:35 Discussing calculations with 0.05 N lock product
57:38 Conductivity and Molar Conductivity in Electrochemistry
1:00:43 Molar conductivity depends on material and concentration.
1:06:44 Molar conductivity changes with concentration and dilution
1:09:33 Understanding molar conductivity in electrolytic solutions
Crafted by Merlin AI.
How bro
@@Giggle-world8182 by merlin ai bro
Thanku 😊
@@Giggle-world8182 most welcome
Watch in 1.5x it'll be helpful
2x
Bhai yaha video maine 2x prr kri hui h orr aap 1.5x ki baaat krr rhe ho 😂
Answer at 38:59
Nickel ka oxidation hoga mtlb electrons dega ,anode
Copper ka reduction hoga mtlb electrons lega,cathode
Oxygen mai reduction hoga because of gain of electron and nickel mai loss of electron hoga ie oxidation
You are the best teacher of chemistry, i had ever seen
Pankaj sir 🥰🥰
@@WWE_universe816 are bhai kisi aur teacher ki promotion mat kro yaha🙄🙄
Sir aapne btaya ki enot cell ke 3 formulae h aur conditions bhi btai aur ye bhi btaya ki ye reduction electrode potential de rkha ho dono ka tb use krenge toh mtlb sir agar hume nahi given hoga toh hum convert krke use kr skte h na ise?😊😊
For left contener ( LOAN ) =( Left Oxidation Anode Negative)
Taught by A2 sir already in his lecture
*container
Alakh sir ne bataya hai aye , sabse pahale 🔥🤟
9:03 Ashu Sir most va;uable point you have told
38:40 Ni is the reducing agent so gives electron to O .
Is it has same syllabus as current batch
NOPEEEE THORE TOPIC JO TOPIC DELETED THE LAST YEAR BUT IS BAAR HEE .
@@Taletapstorieskonse konse topics plz bta do
oxygen will take electrons from nickel 38:38
ni-oxidised and o2 - reduced
I love you ❤
By the way log table hota kya hai?🥲
Sir me 2022-2023 batch ki hu...ky me iss video se pdh skti hu??? I mean this video is enough for completing this chapter according to this year's syllabus??
Me 2024to2025batch ki hu kya ye enough he?
Bhai same ques yr aap bta do @@factkiduniya2.055
Hlo
27 ko hai exam 😂
😢
Hume electrolytic cell hai na par portion me? Sir ne video me bola nai he
At night 10:00am searching for a good channel and tomorrow is my exam .I found this video within scrolling sec. really I feel very happy
Par raat k time toh 10:00 pm hota h
😂😂😂@@TapaswiniBhatra-pw6mw
@@TapaswiniBhatra-pw6mw 😂😂
Jee coaching se advanced level tak padne ke baad yeh lecture school ke liye dekh rha tha. Now the concepts are crystal clear.❤️
Is it sufficient
No it's just for revision
Electrochemistry is the study of the conversion between chemical energy and electrical energy. It involves understanding the principles of electrochemical cells, redox reactions, and the factors affecting electrochemical processes.
Parso exam hai😢
All the best 👍
yarr dar lag rha ha
@@Vinkal17darte h kya bhai
38:35 Nickle e- dega and Oxygen e- lega..am I correct!?
1:29 lecture start🎉
Thank You Sir Ji 🙏🙏😊
Its 2:11am and i am watching it in 1.25 speed.... 1 day to go for exam... All the best everyone
You did it way before than me🙄...good wishes to you too😄
I started now and I will pass.
@@abinashparida.8125 Oh god!!! I am still nervous weather i will pass or nt😕😕
@@bella-vs4ui If our seniors passed,we will too 😁
@@abinashparida.8125 Hope so😕
Nickel Ni will loose electrons and Oxygen will gain electrons 38:26
Can I watch this lecture for 2023-24 batch😅
17:45 speling was right
who are watching this video beforer few hours of exam in 2024?
Me 😢
Your teaching style is amazing sir....aapse padhne ke baad exam dene me mja hi aa jata h...haa ho skta h ek do questions me hum thoda fsh jaate h...but that is our mistake not your sir.... thank you so much sir....❤☺️🙏🏻
38:32 Ni will give e to oxygen
Sir kab tak 99 qustion aege 😀
@helloman 🤣🤣
@helloman nailed it
@helloman me tab bhi solve nahi karne vala dekhunga pura or vapis
😁😁😁
38:20 nickel will get oxidised by giving 2 electrons to oxygen whereas oxygen will get reduced and accept 2 electrons
Thanks a lot sir, butifully explained everything thing♥️
Beautifully
Aap Mitchell Starc ⭐ ki tarah dikhte Hein sarji, u looks so handsome teacher in the world really💞💞💞💞❤️❤️❤️❤️❤️❤️aur aapka concept bhi aache se samajh me aati h , love you too sir,
Thanks for your amazing explanation guruji,🤟🤟💓💓😍🤘🤘✌️🤗🤗
U too
Thank you so much sir aap bhot accha pdhate ho jis chemistry se nafrat thi paper k ek din phle hi usse etna pyr ho gya thank u so much si 🥺🥺🥺❤️❤️❤️
ni is an reducing agent it is oxidised and oxygen is oxidising agent it is reduced
Is this for 2022-2023 Batch??
Sir one shot video baaki aur chapters ki bhi bnado 2023-24 session k liye... Please sir
Sir in Daniel cell copper rod is thick and zinc rod is thin
38:38 nickel will give electron to oxygen
Hy bro I'm from 2024 session and you're result was great keep doing your best ✨🙂
U r from 2024 batch but he is teacher so don't use ' bro' for him
@@ankita1261 this comment is only for students those who watching this great session , not for our teacher 🤞
@@vloyager1 okay dear .sorry
YOU ARE WATCHING IT 6 MONTHS AGO AN ME NOW 🤔
sir faraday law deleted nahi h ...it is their in the cbse latest syllabus 😊
Man it was deleted
No
Aldheyde ketons and carboxylic acid
Sir you teach very well 😊
Who is studying this before exam plz like and comment
Noobde
Hi
Bhai exam k baad to koi padhega nahi exam k aage hi padhenge
O2 will give electrons a d nickel will gain electrons
sir isn't ELECTROLYSIS(Electrolytic cell) in syllabus ???
It' s in syllabus
Sllaybus m de toh bhi rkha
Plzz..Also make a video for UP board (English medium) students... They also deserve a video...
Chemistry pre board exam is tomorrow 😂
Sir ye topics abhi bhi delete hai kya??pre board ke liye?
38:27 nickel will be oxidised and oxygen will be reduced
30:23 page no 69
Anode - copper , cathode - chlorine
Ans - 1.02V
He is one of my fav Teacher. 😂😂🖤🙏
Thank u so much sir u are the best teacher tomorrow is my exam day for chemistry and I thought tomorrow what I can do because I am not prepared for this but when I watched your video I feel confident in my life
Apne question paper ke imp questions bata do baas. Mera MON ko hai exam
Oxygen gives and nickal takes electron
All the best 2024-2025 batch
sir in exple second of standard cell potential
clorine cathode and copper anode so answer
will be 1.02
Thankyou for your efforts sir🙏
Ok
Is it 2022-2023 syllabus based lacture ?
Yes
Yes
@HD Wallpapers tu murk tera khandan murkh laure
38:27 Ni will give electron to oxygen as it is a better reducing agent
Sir; aapko Indians Navy me hona chahiye ...
That's suit your personality sir 😍😍
Thankyou sir this one shot is very helpful 😊😊😊
Prepration for half yearly exams😢
bhai mara bhi kal paper ha 😅😅
Sir your explanation is best... tomorrow is my pre board examm..and I am revising by ur vedios.....batch 2023-24 walee like karooo....
Hiii
Insta id please
Aree tumm logo ko kuch kamm nhi hai kya.. har kisiko hi bolne chale aate hoo nonsense people
Sir electrochemical cell to term 2 me cut nahi hai kya?????? 🤔🤔🤔🤔🤔
Sab katva de bhai m toh yhi bol rha hoon
@@KajalTyagi-m7k Kitna purane comment ka reply kr rha hai tu padh le ye comment jab kara tha mene jab me 12th me tha aur jab term 1+ term 2 bhi thee hamaare time me hi only abb iss comment ko 2 saal ho chuke hai aur kab ki 12th ho chuki hai engineering kr rha hu me abb padhle Tu tera full syllabus aayega koi term 1 term 2 bhi nhi hai pura syllabus katwado iske liye 😒😒
Legends watching it not for revision for one day before exam without studying anything
Same broo 😂
38:41 ni will give electron and oxygen will accept electron
Bhai ham yaha aaye hai apne ghar walo se bohot daat kha kr 😏😂😅
Yuppp😂😂
Sir jo bhi video upload kiya kriya usma pdf bhi bna kr discription me daal diya kriye taki pdf se notes ban jye kre pr video dekhte time koi disturbance na ho
03:46
The only teacher who says....kya karoge table yaad karke😂😂😂
oxidize ni and reduse o2 electron ko o2 lega aur ni electron dega
Sir mujse chemistry m kuch nhi aata 1 word bhi 0 hu bilkul m
Sir kuch batao jisse m pass ho sakuu
Notes?
Important question?
Kuch bhi bata do sir 🥺🥺
mehnat
pubg khelo😂
@@rkstudio5373 lmao
55.40 kyu ki electron per charge negitive hota hai
Sir please Background Dark Rakha kro
faraday's law?
Hn thaa
No words sir
For this help thank u soo much💗💗
Physics ki current electricity ki one shot video daldo
Legends watch this video 1 day before exam
Is this sufficient bro?
@@Ritikkkkkkk ya bro also watch Q of this chapter
30:24 Should I say this?
2025 present here
Nickel is best oxidise agent..
Thankyou so much sir you are very great you don't know how much you matter for us you sir you way of teaching is very nice sir