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- Просмотров 69 776
Chem Classes
Индия
Добавлен 14 апр 2023
Hello dear all,
This channel is meant to boost you with knowledge of chemistry especially the Tricks and Tips to make Chemistry learning a fun. Learners from various backgrounds like Masters, Bachelors, Class 11th & 12th standards, NEET, IIT-JEE, AIIMS, PMT, CBSE, NCERT aspirants shall be benefitted.
👉 Agar Channel achi lage tou ❤️SUBSCRIBE❤️ zaroor kare, thank you in anticipation.
This channel is meant to boost you with knowledge of chemistry especially the Tricks and Tips to make Chemistry learning a fun. Learners from various backgrounds like Masters, Bachelors, Class 11th & 12th standards, NEET, IIT-JEE, AIIMS, PMT, CBSE, NCERT aspirants shall be benefitted.
👉 Agar Channel achi lage tou ❤️SUBSCRIBE❤️ zaroor kare, thank you in anticipation.
Signal to Noise Ratio of signals in Spectra
This lecture discusses Signal to Noise ratio of signals in a given spectrum, Gives relation between Signal and Noise, identifies the insignificancy of the absolute value of Noise. #chemclasses,
#signal
#noise
#signal-to-noise-ratio
#signal
#noise
#signal-to-noise-ratio
Просмотров: 29
Видео
Instrumentation for recording Absorption and Emission Spectra
Просмотров 286 месяцев назад
This lecture discusses the schematic instrumentation for Absorption and Emission Spectroscopy, Gives the complete description of Monochromator, the process of scanning, importance of d-spacing in diffractin gratting, the exit slit width. Discusses the idea of Detectors. #chemclasses #spectroscopy #instrumentation
Is Absorption measurement necessary for Emission Spectroscopy?
Просмотров 227 месяцев назад
This lecture is about emission spectroscopy, Quantifying emission by Emission quantum yield, involves its derivation and identifying conditions under which emission takes place. #emission #emission-quantum-yield #spectroscopy #youtubevideo
Beer-Lambert Law (Absorption Spectroscopy)
Просмотров 337 месяцев назад
This lecture discusses about the absorption spectroscopy and Beer-Lambert law. It talks about molar extinction coefficient and the conditions under which the law reasonably holds. #absorption-spectroscopy #beer-lambert-law #dilutesolutions
An Introduction to Spectroscopy
Просмотров 977 месяцев назад
This lecture describes the introduction of Spectroscopy, how spectrum is generated and what are the advantages of Spectroscopy being an advanced tool for Chemical Analysis. #spectroscopy #spectrum #transitions
This formula is not applicable everywhere
❤
Formula for concentration
Last example you not explained..?
Which one?
2.35 = 2.4
Very helpful....thankyou so much
Sir .....what about 2.85?
2.8
Thank you sir😊😊😊
How can i make this kind of animation??😊
Tq sir😸
Great sir❤
😂😂😂😂
Spectroscopy How the chemistry lab and the microbiology lab had a single spectroscopy for a student intake of less than twenty .. Hence as the student strength was declining rapidly from 2006 to the year 2016 as it was not possible for the middle management to employ even two faculty members and only other faculty was a lady ....so i wonder who is listening to your lecture when there hardly any student in the evening college .....between 6:00 to 9:00 pm .... Well so how you managed to extract this notes from ........ Sources ??? Mailing id ??? Lecturing in thin air ???
Strange but interesting…
Thanku
Very nice
Very nice buddy ❤
Nice 👍
Nice
But mine teacher taught me angle strain = expected angle - actual angle) And you are doing it as 1/2
Yes
Very useful video sir thank you for this video
At ntp it is 22.2 L if m not wrong
Great
Next video on candela pls 🙏
❤❤
Nice
Thank you so much sir
🔥🔥🔥
Sir aap ghr par padhate ho aaj kl?
No dear
Keep going
🌼🤍🕊️
Try to elaborate things a little 😅
Subscribe and Watch my this channel youtube.com/@dr.haniefschemistry Go to playlist and find chapters for elaborated videos
Very nice sir❤
Super trick sir
Sir please upload full videos also..
For that Watch my channel youtube.com/@dr.haniefschemistry
Great sir
Very nice sir
❤liked and informative
Very nice
Beautifully explained ❤
Nice ❤
Nice sir
Fabulous
❤❤❤