What is ILLUMINATION Theory, Luminous Intensity / Flux, Laws of Illumination, Solid Angle, MSCP

[@niranjanbag3619]

Difficult tha fir v easy laga Kya padhate ho vai......hats up

[@GyaneshwarEasyTutorials]

Thanks Bro

[@amreenadeeba4782]

finaaly after surfing the web for these topics for 5 hours i got something really very helpful......and i would like to give 5 stars to ur explanation.......

[@GyaneshwarEasyTutorials]

Thanks for your Kind appreciation!

[@GyaneshwarEasyTutorials]

Always Remember Students👉: Luminous Intensity stays constant for a particular light source & Illumination Varies with Surface Area( Where Flux Falls). Bigger The area, Lower the Illumination & vice versa. Also at 9:25 unit of 4pi is 'Steradian' , & not 'meter sq.' , which is a big-big Mistake There...

[@akashgangwar7052]

aap suggestion dene ko bool rhy hy me tb bool rha hu so koi baat ka bura mt manna Aapne acha samjhaya jb aap steradian smja rhy hy thy tb aapne jayda letters ko ik saath likh diya tha usko thoda avoid kijey ik time me bs 3 ya char letter hi likhiy thoda headings ka use kijey and last me sabhi quantity ko normal page pr likh kr ya digital page pr likh kr sabhi quantity ko ek saath likh dijey aur screenshort lene ko boliy jissey bachy jayda relate karenge baaki aap shi me passionate hy kal mera paper hy ueet ka toh bhut smajh aaya so thanks sir🎉

[@abhijitkumar9089]

Complete ✅✅ best explanation, I will share this to my friend

[@devanshi.agrawal]

Excellent way of explaining... Thank you so much.. I have been struggling with this topic since so long.. And now, I can explain it to anybody. Hats off👍👍

[@TECHNOPPji]

Very helpful sir . but on increasing the value of 'r' illumination will decrease . but luminous intencity will not change it will constant.

[@JayKumar-vl4bg]

Sir u are really a great teacher in terms to explain difficult topic in such a easy way 🔥🔥

[@अज्ञात-फ9ख]

Thank you for your valuable lacture..

[@GyaneshwarEasyTutorials]

Most Welcome !

[@reyhanali5039]

Straight to the point kind of Video..

[@sandeepyadav2304]

Gajab 💯💯💯 2 mahine baad GATE exam Hai.. Illumination concept clear Kar diya ekdum se

[@harshsharma2446]

Awesome sir, aap bhi ek sach me badhiya teacher hai..🔥❤

[@tomcurran6480]

What a great lecture sir .. clear all terms used in Illumination 🙏🙏🙏🙏🙏🙏😍😍😍😍😍😍 Thank u sir

[@bithimonishil2927]

Thank you sir...this video helps me too much...thanks again sir...

[@anjankumarjena8600]

Sir, you are really great . Please sir, make a lecture about how lighting measurment is done by vertically and horizontally . Thanks sir.....

[@GyaneshwarEasyTutorials]

I will try as soon as possible

[@nareshbhadane2533]

Sir make a video on topic of planned maintenance of motor and transformer

[@GyaneshwarEasyTutorials]

It may take near about a month but I will try to deliver you as soon as possible thanks for commenting naru

[@niranjanbag3619]

Ase teach kr ne se samajh ata hai.....thanks bro

[@thakurelectrical4039]

kzbin.info/www/bejne/enTYZ6mPip53Z7c.

[@anjanmishra6768]

Excellent way of explanation

[@Surajbhai-153]

Thank you sir bahot aacha video tha.

[@PujaKumari-xc6zb]

Thanks sir apne bahut acha smjhaya h

[@ashutoshmishra7034]

wonderful explaination 😍😍

[@Rhthcv]

I get everything in your video. Thanks for this video as this topic is so confusing. One thing which I don’t understand here. When the object is properly vertical then its on 90 degree and when it is becoming horizontal its is approaching towards 0 according to protector then why u explained that angle is increasing though it was approaching to 0 from 90 Plss clr the doubt sir

[@GyaneshwarEasyTutorials]

I mean to say that when we move from 90 to 0, then cosine of angle increase, as you know, [ (cos 90 =0)< (cos 0=1)], and you can see that '0

[@Rhthcv]

GYANESHWAR i was jst concentrating on the motion to object according to protector from 90 to 0.u r right. Thnks for reply

[@Mr.DelhiVlogger]

Good explain

[@himanshusaraswat4713]

Very helpful Clearing the concept

[@thakurelectrical4039]

kzbin.info/www/bejne/enTYZ6mPip53Z7c.

[@AbhishekDas-qq8bw]

Really it's very helpful

[@umeshagrawal2635]

Nice explanation, keep going ahead

[@anjankumarjena8600]

So much thanks , sir .....

[@killer_ducky]

Yaar kya super explaination de hai bro thanks😀😀😀😀😀

[@GyaneshwarEasyTutorials]

Most WELCOME

[@GyaneshwarEasyTutorials]

Now Please SUBSCRIBE and Press BELL ICON, Bcoz I m Coming with More n More Easy Tutorials of Many Hard Topics.

[@banda1893]

Nice jhakkas😎

[@sweetydevi5016]

You are a Best Teacher 🙌

[@GyaneshwarEasyTutorials]

Thanks

[@blackbull36]

One of the best video of my life😘😘

[@GyaneshwarEasyTutorials]

Thanks Kartik

[@blackbull36]

Love you sir ji😘

[@sanriseenterprises4354]

are u a electrical Engineer?

[@blackbull36]

Bna to nhi hu pr bannna chahta hu😊

[@sanriseenterprises4354]

@@blackbull36 all the best ..to iske liye kaunsa course hota h?betech?

[@lokeshpatel1590]

Thank you so much sir

[@dhirajthakur1159]

maza aa gaya bhi, gajab explain kiye aap.

[@anjankumarjena8600]

Goodmorning sir , please give another example about MHCP ....

[@manishadevi9721]

Please send the notes of illumination and power.

[@GyaneshwarEasyTutorials]

You may take Screenshot of maximized screen, as notes👉 after understanding the video 🤗

[@pranatikalita9345]

Now I understand the luminous intensity illumination

[@GyaneshwarEasyTutorials]

Good

[@anjankumarjena8600]

Sir , please clear my doubt about mean horizontal candle power . Thanks ...

[@GyaneshwarEasyTutorials]

Mean horizontal candle power: (M.H.C.P) It is defined as the mean(average) of candle powers(Luminous Intensity)in all directions in the horizontal plane containing the source of light.

[@sankalpkumar9183]

Nice explain

[@MakeMeScientific]

LAAAAAAAAAAJAWABBBBBBBB SIR . Thank You

[@SahilAli-ty2kl]

Good explanation

[@mayanktripathi6473]

Kindly make more videos like this on utilisation of electrical power subject 🔥✨

[@skekramulhaque9859]

i understood conmperatively cleare in illumination engineering

[@GyaneshwarEasyTutorials]

Good

[@anjankumarjena8600]

Sir please , please , please give an example ( small ) about MHCP . THANKS ....

[@GyaneshwarEasyTutorials]

Look Anjan : first of all it is very similar to MSCP (explained here in this Video) just Inseated of 4pi in Denominator, there will be the area of that Horizontal Plane, and rest will be same.

[@GyaneshwarEasyTutorials]

EXAMPLE & USE: will be used to measure Intensity of Flat LED light source, Fitted in the ceiling.

[@anupammondal9037]

Sir , electrical heating and welding samaj nei araha he......ap ekbar samja dete to acha hota

[@Onlyhaider0202]

Very awesome and informative lecture. ❤👍 Love from Karachi.💥

[@GyaneshwarEasyTutorials]

Thanks a lot Bro👍

[@illogicalthings1511]

Sir thanks for this video I would like to recommend to get someone for editing purpose The videos will be more intresting and educational afterwards

[@GyaneshwarEasyTutorials]

Thanks for your valuable Advice. I wll mind it from next time. Thanks once again

[@bhapkarabhishek-174]

Thanks bro

[@fulltimemastima5806]

Bro muja reflection ka bara ma samajana ha

[@gauravsagar8301]

Thank-you sir

[@krishanpareek8577]

Good explain 👍

[@sumana...276]

Sir ap to amazing teaching skill

[@mukeshpaikara4150]

Thank you sir itna clear batane ke liye bahut confusion tha🙏🙏🙏.... Ekk sawal aur tha lux meter se lumen/per feet square nikalne ke liye Lux meter ko uss light source se kitne distance me rakhte hai?.....

[@GyaneshwarEasyTutorials]

Mukesh apke Question k do part hain: part 1 - Lumen /feet me ans chahiy. To y to LuxMtr me setting hota hai, use feet pr switch kar do (Button se), Ans Lumen per feet me ans aa jayga. Part 2 - kitne Distance pr rakhen? - to iska jwab hai ki 'Here Distance doesn't matters' 😄😄😄 ap pass me rakhoge Illumination jyada hoga, dur lejaoge Illumination kam hojayga. Lumen per feet to unit hai, iska Distance se koi lena dena nhi h. Hope ki apka doubt clear ho gya hoga.

[@mukeshpaikara4150]

@@GyaneshwarEasyTutorials thanks sir🙏🙏🙏......

[@aashishgiri1267]

Thank you so much ❤️ Love frm heart not from Nepal 🙃

[@ombahuguna4468]

Great

[@ytatom2553]

Thank you sir 😊

[@munnasahani6715]

thanks man!!!

[@abwkhann]

Great explanation sir,Love from Pak.

[@GyaneshwarEasyTutorials]

Thanks Bro

[@Nsbni]

Thank You Sir....

[@rkk2106]

Thank sir..

[@subhadipmondal221]

Nice 👍

[@umeshbharati2815]

Very nice

[@GyaneshwarEasyTutorials]

thanks for appreciation dude

[@najamsoomro6706]

great sir

[@SidharthMishra99]

What is I'm/W-105* written in electric Ball ??

[@kratiksharma7393]

Mza a gya bhidu

[@GyaneshwarEasyTutorials]

😄😄😄 Thanks Bidu

[@thakurelectrical4039]

kzbin.info/www/bejne/enTYZ6mPip53Z7c.

[@anjankumarjena8600]

MSCP= Luminous flux (lumen ) / steradian ( w ) = candela . So MHCP = what's the ratio ? Please sir .....

[@GyaneshwarEasyTutorials]

As I have Only Definition yet for MHCP, I Assume that, as per MSCP & MHSCP, formula for MHCP will be : MHCP= Total Flux (of a flat light source)/Total Surface Area( Flux Emitting Area)(unit may be ' Lumen / cmsq. )

[@GyaneshwarEasyTutorials]

Assume a flat Light Source of surface area 50cm sq. & having Flux 200 lm, Then its MHCP will be 4 lm/cmsq.

[@vinaymagare7580]

Thank sir

[@vimalrawat6139]

To good teaching

[@MMAguyAritra]

best .....without any doubt

[@GyaneshwarEasyTutorials]

Thanks a lot 👍

[@shiwamrajskm3554]

Thanks sir

[@GyaneshwarEasyTutorials]

Most WELCOME

[@binodbihan1620]

Good

[@kakalisur9905]

You did not told about Nits, Sir.

[@ankitsarkar3711]

Why u not uploading others video

[@GyaneshwarEasyTutorials]

Hello Ankit! Actually I had started my coaching few times and I am busy with it right now but very soon I will start uploading videos on various topics which will fulfill your needs and clear your doubts regarding that respected to topic

[@yutobarnew7948]

Nice

[@ihsanbajwa3974]

Unit of illumination is lux......is it correct????

[@swapnilbhoyar5071]

Yes

[@himadridas8221]

Bhai sab thik hai lekin luminous intensity kaise change hogi.....kyun ki ek hi solid ka total emitting flux bhi constant hai..aur....solid angle bhi change nehi hogi....isliye luminous intensity har area k illumination mein same hi rahegi

[@GyaneshwarEasyTutorials]

Good Question👍

[@GyaneshwarEasyTutorials]

I think this Question is from Law of Illumination Part: You are Right, Luminous Intensity is a Constant thing here for a particular source, But Illumination Changes according to Distance between Source and Surface

[@himadridas8221]

@@GyaneshwarEasyTutorials yes that's what I'm saying..thank u so much...my doubt has been cleared

[@GyaneshwarEasyTutorials]

Always Remember Luminous Intensity Varies with SolidAngle & Illumination Varies with Surface Area( Where Flux Falls). Bigger The area, Lower the Illumination & vice versa.

[@pritamsarkar3924]

Thank you...

[@pandits_k2467]

Nyc

[@ziophysics1797]

sir staradian dimensionless hota hai isiliye illuminance ki unit candela per metre square bhi ho skti hai anf lux bhi?

[@sunnybhardwaj6075]

Sunny Rollno 10 sec A Trade Electericen

[@gauravsagar8301]

Sir aapne bht accha padhya...pr aapki 4video he h...☹️

[@GyaneshwarEasyTutorials]

Thanks a lot for your Appreciation. ... Probably from January 2021, it may be resumed ... Notes are being written currently

[@creator9678]

Shandar

[@shivam_]

🙏🏻🙏🏻🙏🏻🙏🏻👍🏼👍🏼👍🏼

[@hash1088]

Kdm 😘

[@Arbaz73207]

Sir I don't understand Properly

[@GyaneshwarEasyTutorials]

Why? WHAT'S THE PROBLEM??

[@VillageYT5911]

❣️❣️❣️👍👍❣️

[@umar812]

IN ENGLISH PLEEEEEEEAAAAAAAAAAAAASSSSEEEEE!!!!!!!!!!!

[@jatinsharma9296]

❤

[@fulltimemastima5806]

Bro

[@suman0p709]

❤❤❤❤❤❤❤❤❤❤❤❤

[@Zainabkhan_123]

Thanks you sir

[@lnsahu1798]

thanks sir

[@GauravGupta-pb8mk]

Thank you Sir

[@GyaneshwarEasyTutorials]

Most WELCOME Gaurav

[@Guddu-E]

Nice

[@nirbhay0799]

Thank you ☺️

[@AniruddhaX_X]

Thank you sir ❤