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- เผยแพร่เมื่อ 7 ก.พ. 2025
- You can now visually and easily learn complex Engineering topics of using LearnEngg visual modules.
The Standard Hydrogen Electrode (SHE) serves as a benchmark in electrochemistry, providing a reference point for measuring electrode potentials. Consisting of a platinum electrode immersed in a solution with hydrogen ions at unit activity and bubbling hydrogen gas, the SHE boasts several key features:
Reference Standard: SHE establishes a baseline for measuring electrode potentials, with its potential defined as exactly 0 volts at all temperatures.
Universal Comparisons: Its simplicity and reproducibility make it an invaluable tool for comparing the reactivity and electrochemical behavior of different substances.
Theoretical Significance: SHE's equilibrium reaction, involving the reduction of hydrogen ions to hydrogen gas, aligns with fundamental principles of thermodynamics and kinetics, facilitating theoretical analyses.
Practical Applications: Despite its theoretical underpinnings, SHE finds practical use in various fields, from corrosion studies to the determination of standard electrode potentials for half-cell reactions.
Electrode
Standard
Hydrogen
Electrochemical
Reference
Potential
Reaction
Half-cell
Equilibrium
Redox
Standard state
pH
Acidic
Basic
Volt
Calibration
Measurement
Standardized
Nernst equation
Electromotive force (EMF)
Thermodynamics
Standard hydrogen electrode potential
Hydrogen ion concentration
Faraday constant
Standard electrode potential
Chemistry 12th
Engineering chemistry SHE
Standard Hydrogen electrode construction and working
standard hydrogen electrode in tamil
standard hydrogen electrode in telugu
standard hydrogen electrode in hindi
standard hydrogen electrode explanation
standard hydrogen electrode equation
standard hydrogen electrode process
standard hydrogen electrode in pharmaceutical
#engineeringchemistry #Electrode #chemistryreaction #chemistryvideo #chemistry #engineeringcommunity #halfcell #chemistryclass12 #chemistryclass11 #chemistryvideo #chemistrynotes
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nice video but please get rid of the music in the background - it is distracting from the content.
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To be honest, this is the exact video I was looking for.
Thank you.
This actually explains what that +0.34 V means.
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Your talking was too loud I couldn't hear the music.
Lovely 🤣🤣
You're**
@@Dop3_editz bruh..could you be more wrong?
@@walterblack91 you are
@@Dop3_editz 🙏🏻
i couldn't concentrate from the music, but thanks.
Same
Bcoz of music didn't concentrate
Same
They should reduce the music volume 🙄
🙄same
Love the song. You really have talent. please make more songs like these 😌
😂😂
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@@LearnEngg No problem. Just keep it up
The video was really helpful. I have an examination tomorrow 👍
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Thanks for making this video it gives lot of help
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I can't share you my fellings
You know what you save me from fail in chemistry exam
At night about 2:30am i watched your video and ..........❤❤❤❤
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I finally could understand. Thanks!
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Sir awesome Thankyou so much
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Thanks
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Really good video!!! Thank you!
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@@LearnEngg"This app is not available for your device as it was made for older version of Android"
Wonderful explanation thank you sir
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this animation is really helpful
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A very good demonstration with animation...thank you so much sir!!!
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Thank you, helped me understand the principle, I reckon a more faded upbeat background music would be better to concentrate on the video.
Thank you again
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This was beautiful
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you are
Is this music cover or explanation ?
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Thank you .... Nice explained ☺️☺️☺️☺️☺️
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Really amazing👍😍
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Amazing video.....very nicely explained....
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best explanation , it helpd me a lot
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Explain the softening of water. And two processes also explain
From where, does the electron is constantly supplying?
From anode (Zn) where oxidation takes place
i also want to ask the same question
At the anode zinc solid gets converted to zinc+² ions and 2 electrons....
These are those electrons which are supplied to cathode..
It can be supplied from any metal that has negative reduction potential number such as, Zinc , Magnesium or Aluminium....if SHE is not attached to any aother electrode it won't work
Thanks for the music...love you ❤❤❤❤😍
Thank you for your feedback! We apologize for the audio imbalance and any inconvenience it caused. We'll make sure to adjust the audio levels in our future videos to ensure a better viewing experience. Your input helps us improve, and we appreciate your understanding. Thank you for watching!
Thanks 🙏🙏❣️❣️❣️❣️❣️
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Sir
Mostly I like the pleasant music. Sir
Thank you for this 🤗🤗
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Sir thnxs really REAL EXPERIMENTS HELP US TOO UNDERSTAND THEORY IN GREAT MANNER.
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This video really helpful for my study
Sir please make a video on Industrial mathod of NaoH
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this is really helpful ，thanks
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Excellent animation
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Amazing lacture
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جني الوحيدة الي أجيت من محاضرة حسين هههههههههههههههههههههههههههههههههههههههههههههه
+1 هههههههههههههههههههههههههههههههههههههههههههههههههههه
++ 😂
++++++توني شفته😂😂😂
مو بس انتِ 😂
اني هم جيت😂😂
It's very helpful
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Then what happens if hydrogen electrode act as anode?
You're better than my teacher
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So then those first 2 equilibrium equations are coupled?
Finally I was confused how can I measure other electrode potential using SHE
I swear to god indian accent in english is something that can be accounted as new language
could you please re upload the video without the music, please?😊
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Thanks, it helped. Nice video 👍
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What the name of the bg music
thankyou
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Aat kr di mundya
What was the music used in the video??
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its fine that at 0.37 sec hydrogen is passed through the electrode....but why are the electrons passed through it?
sindhu vanamala
I would like to assert that that this animation is not at par or a misleading one. Animation merely serves as a visual aid to grasp the notion behind the unobstructed motion of electrons......
Cus it's platinum and it can pass the electrons that comes from anode, that's the whole point of using platinum
Whats the name of the music
Excellent.Thanks.
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Would be a *lot* better without that background music. It's very difficult to make out the spoken words because the music levels haven't been corrected to leave space for the narration.
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Super
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What if, if we connect Pt anode?
easy to learn
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Can anyone one tell me how H2 gas gets converted into H+? Plzz
The H2 loses one e-and oxidises to H+ and the losed e- by H2 then attracted by H+ formed and H2 formed . Summay:- H2->H+
H+->H2
Hence eqm , achieved
Thank you
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Thanks for da video
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For people who wanna know the background music it is endless love jackie chan
Thanks sir
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i really cant concentrate bcs of the music hahahhahaha but thanks
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If we take 2M concentration of H+ what happen
Thanks alot
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what is the name of the background song?
endless love jackie chan
Good nice🙂😍
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Why this video can't be downloaded?
Who comes from the arihant book scan code
Thanks 🤗🤗🤗
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nice
We're delighted to hear that the video was helpful for you! Happy learning!
Man. This music. I just cant watch
pussy
Yes
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Need ur voice more loud... So low voice with very low music... But was nice
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Which software did you use to make this?
Good thanks
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you should lower down the music volume
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Nice.....
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Does zinc ions have to lose in solution or not ?
Yeah... It's the fundamental tendency of Zn
music is distrubing but it's good
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music is a disturbance BT gud
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What is the importance of HCl!???
1M H+ in electrolyte solution
Good explanation but background music is distracting
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0:28 0:28 0:28
02:01 why did you lower the sound of the music. such nice bgm.
We apologize for the inconvenience caused by the loud music. We'll work on adjusting the audio balance to ensure clearer voice in our upcoming videos. Your feedback is greatly appreciated!
Nice😎
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Tnanks sir
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This is the definition of perfect bull shit as everything messes up like shit.
very nice
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Gud video
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Why the music from kung fu yoga movie is playing... 😂😂😂... By the way i wasn't distracted by it... I pointed out because everyone down here are complaining...
do u know the name of the song? it's really good tho lol
@@trangdinh8499 Endless Love - Jackie Chan......it's a Korean and Chinese mix song
@@lskfan2128 isn't it the bgm from naruto? Pretty much feels like the same
Thank you for pointing that out! We apologize for the inconvenience caused by the loud music. We'll work on adjusting the audio balance to ensure clearer voice in our upcoming videos. Your feedback is greatly appreciated!
No complications on music
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Hindi Mai nahi hai kya
helpful!!!!!
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No volume and music Is disturbance but good
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what is the name of the song in this video?
Eternal Youth by rude
Endless Love -Jackie Chan
amazing
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nice song
We sincerely apologize for the audio issue! We'll take immediate steps to rectify this and ensure a better audio balance in our future videos. Your patience and understanding mean a lot to us. Thank you for bringing this to our attention.
Sir aapko hindi nai aata hay kya
only concentration SHE 😊😊😊
good
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Music create distraction, it's hard to focus on actual content.
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terrible background music
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👏👏
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Reduce music please
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