Regulator or bhi type ke hote hai. Capacitive regulator, regulator which changes firing angle and resistance wale jo maine use kiye and Standard regulators jo maine use kiya hai wo resistance variation pe kaam karta hai wo LED bulbs pe kaam nhi karega. Bas filament bulb means jo bulb maine use kiya hai uspe hi karega ✌️
Pls ye experiment ghar ke wiring ke sath koi na kariyega dosto, kyunki sir bhi alagse test kiya he regulator pe aag bhi lag saktehe jada time salaneme. Aur baki ap samajdarho...
ऐसा नही है भाई, उस टाईम पर टेक्नोलॉजी का उतना क्रेज नही था इसलिए एक्सप्लेनेशन में सिर्फ बुक का ही use किया जा सकता था। टेक्नोलॉजी ने पिछले 8 से 10 साल में इंडिया में अपनी पकड़ मजबूत बनाई हैं जिसके बाद भी अब भी सरकारी स्कूलों में कम्प्यूटर्स तक नही है। अब जाकर कुछ स्कूलों में जहां पर वोकेशनल टीचर्स की भर्ती का ठेका प्राइवेट ऑर्गनाइजेशन ने लिया है जिनकी वजह से सरकारी स्कूलों में कम्प्यूटर्स और स्मार्ट बोर्ड पैनल्स लगने शुरू हुए है लेकिन उन्हें चलाने के लिए भी टीचर्स को कोई ट्रेनिंग नही दी जा रही है और वो कमरों में लगे पड़े पड़े खराब हो रहै है। खैर, जो भी है पर पहले के टीचर्स ने भी उनके स्तर पर जितना हो सका हमे बेहतर शिक्षा देने की कोशिश की है।
@rajkum9156 first of all, you are no one to tell me anything.. it's my personal choice to have an interest in any stream..... I am a commerce student so basically I am not interested in science and it is so obvious and clear if you have mind.(So called illiterate idiot)
@@rajkum9156he does more better things than you buddy 😂 many big personalities don't have interest in science but they are way more successful than your whole family do 😂. I think you are born to spread foolishness
I thot so too. The old resistance type regulators were inefficient and the electronic ones that came later were noisy. If I am not wrong the ones you get now are the probably the most efficient and noiseless too.
Genuine Question - Agar fan 5 pe hai ya 1 pe hai tabhi electrcity bill utna hi aayega ? .. Beacause hum sirf resistance badha rahe hai voltage toh same hoga na ? 🤔
Pls ye experiment ghar ke wiring ke sath koi na kariyega dosto, kyunki sir bhi alagse test kiya he regulator pe aag bhi lag saktehe jada time salaneme. Aur baki ap samajdarho...
Purane zamane ke regulators resistor based the, kyunki sabhi equipment 200-260v ki range ke the...but abhi sab equipment 100-260V ke aate hai so inmein capability hai ki kam voltage mein bhi thik se kaam kare. Plus led system thoda alag hi hai circuit board ki wajah se. Filament bulb un dino ki simplicity darshata hai
One question??? Do fan regulator impact the meter readings??? Matlab, ek ki speed per bijli jyaada khata hai meter ya 5 ki speed per??? Ya speed se meter reading per koi faraq nahi padta?? Btaoo please???
Ji nhi kyuki meter measure karta h only current ko na ki voltage or regulator sirf voltage kam karta h current ko nhi , Moral of the story fan ko chahe 1 pe chaloo ya 3 par meter par koi fark nhi padta
Sir ek chota sa doubt hai? Agar resistance hai to vo resistor heat bhi krega. Or agar heat krega to kitni der tak chal payega. Hum fan ki speed kam karke puri puri raat chala lete hain. Fir to vo garam hoke usme aag lag jani chahiye. My question is why resistor is not catching fire? Please answer 🙏
Iss tarah se socho bulb ka filament bhi ghanto tak bulb chalane pe bhi kaam kar sakta hai kyunki uski heat conducting capacity bohot zyada same way mei agar metal acha conductor hai to wo aag nahi lagegi same as resistor
@@Chessking100First of all, metals are always good conductors of both heat and electricity so there's no point about a metal being a good conductor or not. Secondly the filament you're talking about is made up of tungsten (used in incandescent bulbs not LED's) and tungsten has a very high melting point about 3400° C which is ideal to sustain the heat produced. And that's the whole fact why tungsten is efficient in maintaining is sustainability and hence it doesn't catches fire or melts. Now addressing the question, resistors have certain ratings stated for their application, beyond which, it wouldn't be efficient to dissipate heat, and resistors are basically designed that way, they convert the electrical energy into heat energy and dissipate it in the surroundings, so unless you stress the resistor with power beyond its rated capacity it will work fine without catching fire.
@@gwpankaj2212 If you're talking about traditional regulators (having resistors) The power consumption is unaffected despite how lower you decrease the speed, because the resistor works by mostly hindering the current so by increasing the resistance you're just decreasing the current and much of the electricity gets dissipated in the form of heat, the more you increase the resistance, the more electricity will be dissipated in the form of heat. As a result, the fan will be operating on lower current but the same amount of power will be consumed. So if you turn the regulator to the maximum speed, you're decreasing the resistance and hence the fan utilizes most of the current supplied to it and vice versa.
Sir I watch your podcast which gives me motivation to do more study and also it increases my respect for my parents and also this gives me a lesson that in your difficult times you have to stay strong and have fire to burn negativity by your achievements. Thank you sir ❤ Proud to be Pcm student
"Are sir lekin kaam vote ka bulb hi kyu led light bhi to ati ha" 😂 Advantage:- 1. Less electricity consumption 2. Less heat 3. Long life 4. Better for eyes 5. *"sab kuch dhekhe ga"* 😂💀
Shiv Leela 🌝 श्रीमद्भागवतम ८.१२.२६-३० "सुंदर स्त्री पहले से ही नग्न थी, और जब उसने भगवान शिव को अपनी ओर आते देखा, तो वह अत्यंत लज्जित हो गई। इस प्रकार वह मुस्कुराती रही, लेकिन वह पेड़ों के बीच छिप गई और एक स्थान पर खड़ी नहीं रही। उसकी इंद्रियां उत्तेजित हो रही थीं, कामुक इच्छाओं के शिकार भगवान शिव उसका पीछा करने लगे, जैसे एक कामुक हाथी हथिनी का पीछा करता है। बड़ी तेजी से उसका पीछा करने के बाद, भगवान शिव ने उसके बालों की लट पकड़ ली और उसे अपने पास खींच लिया। यद्यपि वह अनिच्छुक थी, फिर भी उन्होंने उसे अपनी बाहों में भर लिया। भगवान शिव द्वारा गले लगाए जाने पर, जैसे एक मादा हथिनी को एक पुरुष (हाथी) द्वारा गले लगाया जाता है, वह महिला, जिसके बाल बिखरे हुए थे, एक साँप की तरह घूम गई। हे राजन, यह महिला, जिसके बड़े, ऊँचे कूल्हे थे, वह भगवान के सर्वोच्च व्यक्तित्व द्वारा प्रस्तुत योगमाया की महिला थी। अनुवाद स्वामी प्रभुपाद
Shiv Leela 🌝 शिव पुराण, कोटिरुद्र संहिता ४.१२.८-१३ ''एक बार शिव के प्रमुख ब्राह्मण भक्त शिव के ध्यान में लीन होकर पुजा करने की टहनियाँ लाने के लिए जंगल में गए। इस बीच स्वयं शिव ने बहुत ही वीभत्स रूप धारण करके उनकी भक्ति की परीक्षा लेने के लिए वहाँ आये। वे बहुत तेजस्वी थे, पर बिल्कुल नग्न थे। उन्होंने अपने पूरे शरीर पर एकमात्र आभूषण के रूप में राख मल रखी थी। वहाँ खड़े होकर और अपना लिंग पकड़े हुए उन्होंने तरह-तरह के दुष्ट करतब दिखाने शुरू कर दिए। वनवासियों को प्रसन्न करने के उद्देश्य से ही भक्तों के प्रिय शिव अपनी इच्छानुसार जंगल में आए। यह नजारा देखकर ऋषियों की पत्नियाँ बहुत भयभीत हो गईं। अन्य स्त्रियाँ उत्तेजित और आश्चर्यचकित होकर भगवान के पास पहुँचीं। कुछ ने उन्हें गले लगा लिया। अन्य ने उनके हाथ पकड़ लिए। स्त्रियाँ एक-दूसरे से संघर्ष करने में लीन थीं।'' अनुवाद: विद्वानों का बोर्ड, जे.एल. शास्त्री द्वारा संपादित
Very nice👍 वैसे आजकल एडजस्टेबल ब्राइटनेस के बल्ब भी आते हैं जो स्विच को प्रैस करने से ही कम , मध्यम, ज्यादा ब्राइट हो जाते हैं,,इसके अतिरिक्त बिजली जाने पर भी एक घंटे तक धीमी ब्राइटनेस के साथ ग्लो करते रहते हैं
Par sir agar hum resistance kam rakhenge to bulb ke fuse hone ke chances bhi to hai or agar series ma connect hoga to ek bulb fuse hoga to us series ma jitne bhi connect honge uske sath to wo bhi fuse ho jayenge.
R is a constant of proportionality provided in ohm's law formula and we can't change the value of R by changing any other value in that formula but we can change any other value in the formula by changing the value of R so if resistance will increase voltage will decrease and when resistance will decrease voltage will increase
They're in series Vsupplied= Vdrop across Resistance + Vmotor (Increase in resistance increases the voltage drop across regulator V=IR thus results in low voltage at motor) Current(I) is same in series
Regulator agar 1 par h ya 4 par kya electricity consumption same hota h ya 1 par kam aur 4 par jyada... Mere hisab se to same consumption hona chahiye... Sir confirm kar dijiye ❤❤
Sir if you don't mind Fan regulator ke circuit sirf resistance ka nahi hota jo purane bde regulator hote the wo variable hote the Par ab ke Regulator me resistance me capacitor and mainly TRIAC and DIAC lga hota h...thanx...😊😊
To phir electricity bill bhi kam ayega agar hum jyada resistance kr de too ? Kyuki resistance bd rha hai tooo (energy loss jyada ) So bijli ka bill pr kya asar pdegi this is my quesn .....ya bill same ayega ? Phle ki trh
I think the regulator in the video is modern regulator which works by generating PWM signal which decreases the power loss. However, old regulators works as shown in the video. In old regulators, the total power consumed by fan at any speed is same. Correct me if I am wrong. ❤
Sir ek concept clear karna tha... Agar 1st fan regulator se 1 point pr chalate hai aur 2nd fan regulator se full speed pr chalate hai To dono same bijli kharch krenge?? ya 1 point wala fan Kam bijli kharch krega?? Please tell me..
No. . Electric Supply To Fan Ko Puri Ja Rahi Hoti Hai But Fan Ki Motar Slow Chalti Hai Jis Ki Waja Se Electricity Utni Nahi Use Hoti Jitni Tez Ma Hoti Hai. . Waise B Itna Khasa FaRQ Nahi PaRta Hai. . Kabi Ap Fan Slow Use Karna Shuru KaRdo 😂
@@pursue.inspiration387 . . Bhai Current Completely ARaha Hota Hai Fan Ki Motar Per But Jab Apki Motar Load Kam Le Rahi Hai Slow Chal KaR To Kaise Electricity Ziyada Use Ho Rahi Hai. . Motar AGer Fast Chale To Bijli Ka Load Bhi Ziyada Hi LeGi. . Sari SettinG Motar Ki Hoti Hai , Motar Slow Chale To Bijli Kam Use HoGi oR AGer Fast Chale To Ziyada. . Itna Koi Khasa FarQ Nahi Ata Is Ma Kyu K Fan Already Hi Ziyada Electricity Nahi Leta.
Sir Bulb Jal Jata ha jab Hundred watt k bulb ki voltage km kren gy To wo zyda time sahi nahi rahy ga...Or 100watt ka bulb koi b ni lgata washroom mn Or Led Bulb ko series mn Use kr ni skty bcz wo 24w 14.5w 9W Tak lga skty hen ..Nice Work I really Like your Content❤
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Regulator or bhi type ke hote hai. Capacitive regulator, regulator which changes firing angle and resistance wale jo maine use kiye and Standard regulators jo maine use kiya hai wo resistance variation pe kaam karta hai wo LED bulbs pe kaam nhi karega. Bas filament bulb means jo bulb maine use kiya hai uspe hi karega ✌️
Thanks brother. I was about to use this on LED bulb. 😂😂😂
Sir led pr bi hota hai
Yehi bolne aaya tha comment mai😅.. lekin aapne hi morcha samhal rakha hai
Pin kardo sir
Sir iska regular use kr skte h kya??
Very nice explanation sir ❤❤
220th like
@Ayush..91 thank you so much bruh....
Sir ye balf to jaldi ud jayega bachapana me kr ke chhod diya meane😂😂😂
😮
Right 👍👍
Man gye sir.... wonderful experiment 🥼.... nice explanation
I used in my room 30 years ago...very old experiment
Regulator me resistance ki jagah inductor laga de toh heating issue nhi hogi aur Wo inductive reactance v offer karega🙂
@@Hiitsmepihu Yaha koi bhaav nhi dega chali jaao😂
Mere school me bhi yahi system hai
Ghar ka Bijli bill fan ko 5 pe chalane se kam aayega ya 1 pe chalane se
Achcha kya baat kar raha hai bus amazing❤😂😂
India need this sir like teachers 😊
You are right 👍 देवी श्री 🙏❤
Pls ye experiment ghar ke wiring ke sath koi na kariyega dosto, kyunki sir bhi alagse test kiya he regulator pe aag bhi lag saktehe jada time salaneme.
Aur baki ap samajdarho...
Are kehna kha chahte ho
He is already a teacher😅😅😅
@@gunendrasahu3816 you are right 👍 question ❓
भ्राता श्री 🙏❤️
"Nahate hue sb kuch dikhta h"💀 Ashu sir never miss the opportunity!
Riyal
Tenenene 💀
To khudhko hito dekh rahe ho.. khudse kya sharmana
Nahate hue Sab kuch dekhe isiliye to lagaya hai😂
@@MrSurya-hn7pu😂tenenene
U r a real teacher...👌👍👏
hamara bachpan bada dukhdayi hai farzi teachers ne barbad kar diya hame.🤦
I can feel your thought man...
The school teachers are teaching only for the sake of salary😒
ऐसा नही है भाई, उस टाईम पर टेक्नोलॉजी का उतना क्रेज नही था इसलिए एक्सप्लेनेशन में सिर्फ बुक का ही use किया जा सकता था। टेक्नोलॉजी ने पिछले 8 से 10 साल में इंडिया में अपनी पकड़ मजबूत बनाई हैं जिसके बाद भी अब भी सरकारी स्कूलों में कम्प्यूटर्स तक नही है। अब जाकर कुछ स्कूलों में जहां पर वोकेशनल टीचर्स की भर्ती का ठेका प्राइवेट ऑर्गनाइजेशन ने लिया है जिनकी वजह से सरकारी स्कूलों में कम्प्यूटर्स और स्मार्ट बोर्ड पैनल्स लगने शुरू हुए है लेकिन उन्हें चलाने के लिए भी टीचर्स को कोई ट्रेनिंग नही दी जा रही है और वो कमरों में लगे पड़े पड़े खराब हो रहै है। खैर, जो भी है पर पहले के टीचर्स ने भी उनके स्तर पर जितना हो सका हमे बेहतर शिक्षा देने की कोशिश की है।
Aacha kya baat krra hai was epic😂
5.8k omg thanks guys
Or ha Epic sunke roo mat koi bhi
🤣
Hasna tha kya ?
@@RohanVishwAaaa Nhi , mat hass
What epic ? Yr tum konsi dunia m rehte ho? Itni choti se baat pr epic ?
हर जगह तुम लोग को कुछ न कुछ epic खोज ही लेते हो यार
WE all need this type of teachers and there explanation ❤❤❤
I am not a science student even not interested in science but your videos are always interested to watch 😂
Even not interested in science shows that there is no difference between you and a cow. You are just born to eat n sleep. Well done buddy.
@rajkum9156 first of all, you are no one to tell me anything.. it's my personal choice to have an interest in any stream..... I am a commerce student so basically I am not interested in science and it is so obvious and clear if you have mind.(So called illiterate idiot)
@@rajkum9156bro was born to spread hate 😂
@@rajkum9156he does more better things than you buddy 😂 many big personalities don't have interest in science but they are way more successful than your whole family do 😂. I think you are born to spread foolishness
And your comment shows that there is no difference between you and chatur you are just born to gyanch#dna & sleep. Well done buddy. 😂😂😂😂
One of the best teacher in india
Love you sir
For 11th 12th*
For 10th ,9th aswell
That bgm in starting have separate fan base 😂😂😂
name kya ha uss bgm ka
Chalti firti cocaine hai concaine bgm@@dipendradhunoon3092
Tharki bgm😂😂
@@dipendradhunoon3092when Talpade come in wanted movie😅
Daru piyega wala bgm hai 😂😂😂
Wow ! What an experiment 😮💡
Bahat hi achha jugad hai ye 👌
A tube light over my head in office Accidentally connected with fan regulator. And it works same like this video 😂
*Sir's wife :- ye pankhe ka regulator kaha gya room se* ? 😂
As an Electronics Engineer, this modern fan regulator doesn't vary resistance; instead, it clips a part of the sine wave of the AC voltage.
indeed, the one in video works on PWM if i am not wrong.
It work on fire angle control not clip or pwm
@@yameenansari9039 Right 🌹
Do running the fan at no. 2 saves electricity than running at no. 4 using a regulator?
I thot so too. The old resistance type regulators were inefficient and the electronic ones that came later were noisy. If I am not wrong the ones you get now are the probably the most efficient and noiseless too.
Sir that's an electronic regulator. It doesn't have anything to do with resistance. It regulates using Pulse With Modulation. 😊
yeah correct i also posted the same. we uses semiconductors instead of resistors
circuit ka total watt usage same rehta h kya different values pe? resistance wala regulator use krne pe?
I was searching for this answer 😊
😅😅😂very nice
Learning with joy 😂
Nicely explained sir❤
you are the best teacher ever😃
Ashu Sir💙
Wahh kya demak lagaya haa! Thanks for your knowledge!!!❤️
Achaa kiya baat kar raha hai🤣🤣🤣😂😂 was epic😂🤣✋️
Last expression op 😂😂
Genuine Question - Agar fan 5 pe hai ya 1 pe hai tabhi electrcity bill utna hi aayega ?
..
Beacause hum sirf resistance badha rahe hai voltage toh same hoga na ? 🤔
Exactly. 😂
What a innovation 😮 thanks sir apke waje see yee sikh paya hi❤️
Hi sir, to correct you. Now company uses semiconductors instead of resistors. these reduces resistive losses.
Bhai yeh toh fir bhi filament wali bulb hai😅
Yes IGBT switches
ohh wow sir seriously nice concept ....great sir
nice man, you will help so many students who have dreams of becoming something.
Nahte hue sab kuch dikhta hai 😂😂
This line was epic 😂😂😂
Sir : ☠️
Explanation : ☠️
Comady : ☠️
your spelling 💀
🌚
@@Swagman45 lol
Iss pr bgm 😂😂
@@Swagman45 yrr ye same comment krne mai aya tha . Dekha tumne pehle hi krr diya. 😢😢
🎉🎉😂😂
Very informative sir ❤
Great topic, brilliant explanation❤
Kya baat han.. use full han 😮😮😮😮 sahi me Bhai 😮😮
Pls ye experiment ghar ke wiring ke sath koi na kariyega dosto, kyunki sir bhi alagse test kiya he regulator pe aag bhi lag saktehe jada time salaneme.
Aur baki ap samajdarho...
@gk5314 भाई मैने try भी किया था, blast हो गया, मैं अभी स्वर्ग में बैठ कर तुम्हारा reply कर रहा हु ।
Ek aur naya namuna....😂😂😂 Tusse great ho sir...❤❤❤ Aise he naye naye karnamme krta raho aur hamare Maan me science ke liya pyr badhate raho❤❤❤
Maine aisa 9 year ka tha kb kiya tha
@SSPGamingSHORTS achi baat ha karte rahiye but Mena aapse pucha nhi tha
Achha,kya baat kar raha hai'was epic!😅
Last was epic...😂
Nice Video Bro 😮❤❤😅
Bro nahi sir hai vo
@@ABHI-mx7ie fake comment hai yeh and because you got baited I also got baited to reply to you 👍
@@mehtaabsinghminhas2611how
Purane zamane ke regulators resistor based the, kyunki sabhi equipment 200-260v ki range ke the...but abhi sab equipment 100-260V ke aate hai so inmein capability hai ki kam voltage mein bhi thik se kaam kare. Plus led system thoda alag hi hai circuit board ki wajah se. Filament bulb un dino ki simplicity darshata hai
Kya bat h sir Trending no. 1 pe aa gaye🎉😁
sir Kya bulb commode mai lagega ya bathroom mai ????
Kam waat vala bulb aisa bolaa 😂
ghutno pe tel lagao
😂@@bhaktsharad
Accha! Kya baat karra hai 😂😂😂 was epic❤❤
Best Explanation sir 🎉❤
Agar Physics School Itne Intersting Way me padhaya hota to Top Kiye Hote .😢
Resistance badhne se electricity bill me fark padega kya??
Good job Bro, Good Job 👍👍👍👍👍👍👍
One question???
Do fan regulator impact the meter readings???
Matlab, ek ki speed per bijli jyaada khata hai meter ya 5 ki speed per???
Ya speed se meter reading per koi faraq nahi padta??
Btaoo please???
Speed jyada bijli jyada khaega ..... Speed Kam bijli kam khaega....
Ji nhi kyuki meter measure karta h only current ko na ki voltage or regulator sirf voltage kam karta h current ko nhi ,
Moral of the story fan ko chahe 1 pe chaloo ya 3 par meter par koi fark nhi padta
That's also my question.
the current supply will be the same for every speed so it doesn't make any difference in meter
The regulator is responsible for the speed change of the fan & change in fan speed is responsible for change in power consumption
Sir ek chota sa doubt hai? Agar resistance hai to vo resistor heat bhi krega. Or agar heat krega to kitni der tak chal payega. Hum fan ki speed kam karke puri puri raat chala lete hain. Fir to vo garam hoke usme aag lag jani chahiye.
My question is why resistor is not catching fire?
Please answer 🙏
Iss tarah se socho bulb ka filament bhi ghanto tak bulb chalane pe bhi kaam kar sakta hai kyunki uski heat conducting capacity bohot zyada same way mei agar metal acha conductor hai to wo aag nahi lagegi same as resistor
@@Chessking100First of all, metals are always good conductors of both heat and electricity so there's no point about a metal being a good conductor or not. Secondly the filament you're talking about is made up of tungsten (used in incandescent bulbs not LED's) and tungsten has a very high melting point about 3400° C which is ideal to sustain the heat produced. And that's the whole fact why tungsten is efficient in maintaining is sustainability and hence it doesn't catches fire or melts. Now addressing the question, resistors have certain ratings stated for their application, beyond which, it wouldn't be efficient to dissipate heat, and resistors are basically designed that way, they convert the electrical energy into heat energy and dissipate it in the surroundings, so unless you stress the resistor with power beyond its rated capacity it will work fine without catching fire.
Bro i have a doubt, agar ham fan ki speed kam krte hai to usse light consumption me koi farak padta hai 🤔🤔
@@gwpankaj2212 If you're talking about traditional regulators (having resistors) The power consumption is unaffected despite how lower you decrease the speed, because the resistor works by mostly hindering the current so by increasing the resistance you're just decreasing the current and much of the electricity gets dissipated in the form of heat, the more you increase the resistance, the more electricity will be dissipated in the form of heat. As a result, the fan will be operating on lower current but the same amount of power will be consumed. So if you turn the regulator to the maximum speed, you're decreasing the resistance and hence the fan utilizes most of the current supplied to it and vice versa.
@REDSHADOW-if1rs thanks 🙏🏼
Sir mai Law Graduate hu but your video’s are great I wish we have more teachers like you in every domain of study. Lot’s of love Sir.
Sir I watch your podcast which gives me motivation to do more study and also it increases my respect for my parents and also this gives me a lesson that in your difficult times you have to stay strong and have fire to burn negativity by your achievements.
Thank you sir ❤
Proud to be Pcm student
Meanwhile who use LED bulb 😅
I think so we can use that in led too
Mai ek electrician hu and tum isko LED mai bhi used kar sakte ho, 0 volt ka bulb chhodke sab mai
Kya electricity consumption pe bhi affect hota hai? I mean ki agar high resistance pe use krne pe electricity bill pe kuch fark padega?
You are such a great teacher , Who always makes concepts clear through your experiments.❤😊
well explained 👏
Last part was epic 😂
Thanks sir mujhe km light wala bulb lgana tha pdne ke liye thank u
Sir engineer ban jao 😂
Sir tusi great ho ❤😂😂😂
Sir Voltage nahi current kam hoga due to regulator....resisitance badhne se current drop hota hai i suppose
india believe in magic😂
Voltage km hota hai aur voltage Kam hua to current km ho jayega..
In series combination current is comstant
Very nice explanation
I have understand more in your video than college lectures 😅
Sir vo sab to shihe Lekin vo regulator 100 rupees ka he nya bulb 💡 lelo 😂😂
Really loved it❤
Sir ne regulator se bulb ki brightness ko control kar liya Maan gya sir you're the best teacher of science 🧪🔭
Last main 1 no scene tha 😂😂😂
Kam voltage ⚡ ka tho bulb aata hain
"Are sir lekin kaam vote ka bulb hi kyu led light bhi to ati ha" 😂
Advantage:-
1. Less electricity consumption
2. Less heat
3. Long life
4. Better for eyes
5. *"sab kuch dhekhe ga"* 😂💀
Led not better for eyes..
Sir ji you are Genius 😅
Shiv ji ke 108 नाम
1. ॐ शिवाय नमः
2. ॐ महेश्वराय नमः
3. ॐ शम्भवे नमः
4. ॐ पिनाकिने नमः
5. ॐ शशिशेखराय नमः
6. ॐ वामदेवाय नमः
7. ॐ विरूपाक्षाय नमः
8. ॐ कपर्दिने नमः
9. ॐ नीललोहिताय नमः
10. ॐ शंकराय नमः
11. ॐ शूलपाणये नमः
12. ॐ खट्वांगिने नमः
13. ॐ विष्णुवल्लभाय नमः
14. ॐ शिपिविष्टाय नमः
15. ॐ अम्बिकानाथाय नमः
16. ॐ श्रीकंठाय नमः
17. ॐ भक्तवत्सलाय नमः
18. ॐ भवाय नमः
19. ॐ शर्वाय नमः
20. ॐ त्रिलोकेशाय नमः
21. ॐ शिवाय नमः
22. ॐ वृषांकाय नमः
23. ॐ वृषभारूढ़ाय नमः
24. ॐ भस्मोद्धूलितविग्रहाय नमः
25. ॐ समप्रियाय नमः
26. ॐ स्वारमायाय न
27. ॐ त्रिमूर्तये नमः
28. ॐ अनीश्वराय नमः
29. ॐ शर्वाय नमः
30. ॐ त्रिलोकनाथाय नमः
31. ॐ सितिकण्ठाय नमः
32. ॐ व्याघ्रचर्माय नमः
33. ॐ विष्णुप्रियाय नमः
34. ॐ भस्मोद्धूलितविग्रहाय नमः
35. ॐ सर्वात्मने नमः
36. ॐ हराय नमः
37. ॐ परमेश्वराय नमः
38. ॐ जगत्कर्त्रे नमः
39. ॐ प्रभवे नमः
40. ॐ भूतपतये नमः
41. ॐ दिगम्बराय नमः
42. ॐ व्ययाय नमः
43. ॐ स्थविराय नमः
44. ॐ संक्ष्याय नमः
45. ॐ शिवाय नमः
46. ॐ भवाय नमः
47. ॐ शम्भवे नमः
48. ॐ महादेवाय नमः
49. ॐ ईश्वराय नमः
50. ॐ परमात्मने नमः
51. ॐ सर्वानन्ददाय नमः
52. ॐ त्रिलोकेशाय नमः
53. ॐ अशुतोषाय नमः
54. ॐ गणनाथाय नमः
55. ॐ मृत्युंजयाय नमः
56. ॐ भैरवाय नमः
57. ॐ नीलकंठाय नमः
58. ॐ त्रिलोचनाय नमः
59. ॐ चंद्रमौलिने नमः
60. ॐ प्रभवते नमः
61. ॐ समस्तदायकाय नमः
62. ॐ वेदशिवाय नमः
63. ॐ प्रियताम्याय नमः
64. ॐ सर्वप्रियाय नमः
65. ॐ त्रिशूलधराय नमः
66. ॐ सदाशिवाय नमः
67. ॐ महारुद्राय नमः
68. ॐ कामदाय नमः
69. ॐ उमापतये नमः
70. ॐ महायोगिने नमः
71. ॐ कपालिने नमः
72. ॐ कालहन्ताय नमः
73. ॐ विश्वनाथाय नमः
74. ॐ अन्नपूर्णाय नमः
75. ॐ सहस्राक्षाय नमः
76. ॐ सिद्धेश्वराय नमः
77. ॐ संसारसाराय नमः
78. ॐ त्रिनेत्राय नमः
79. ॐ विभूतिदाय नमः
80. ॐ गंगाधराय नमः
81. ॐ दुष्टनिवारकाय नमः
82. ॐ धर्मस्थापकाय नमः
83. ॐ सर्वात्मने नमः
84. ॐ सर्वेश्वराय नमः
85. ॐ सर्वज्ञाय नमः
86. ॐ विश्वेश्वराय नमः
87. ॐ वरदाय नमः
88. ॐ हेमांगाय नमः
89. ॐ भगवान्तकाय नमः
90. ॐ मृत्युंजयाय नमः
91. ॐ नागभूषणाय नमः
92. ॐ भूतनाथाय नमः
93. ॐ अमरनाथाय नमः
94. ॐ नंदीश्वराय नमः
95. ॐ योगीश्वराय नमः
96. ॐ महाकालाय नमः
97. ॐ औषधेश्वराय नमः
98. ॐ महाशिवाय नमः
99. ॐ सर्वेश्वराय नमः
100. ॐ वन्द्याय नमः
101. ॐ करुणाकराय नमः
102. ॐ अनघाय नमः
103. ॐ संजीवनाय नमः
104. ॐ सर्वसिद्धिप्रदाय नमः
105. ॐ यशस्कराय नमः
106. ॐ संसारभक्ताय नम:
107. ॐ भक्तिवर्धनाय नमः
108. ॐ शिवाय नमः
बहुत मेहनत लगी है एक बार channel subscribe कर देना 😭🙏
Espe upkar kr liya... humpe ya Bhagwan pe
Shiv Leela 🌝
श्रीमद्भागवतम ८.१२.२६-३० "सुंदर स्त्री पहले से ही नग्न थी, और जब उसने भगवान शिव को अपनी ओर आते देखा, तो वह अत्यंत लज्जित हो गई। इस प्रकार वह मुस्कुराती रही, लेकिन वह पेड़ों के बीच छिप गई और एक स्थान पर खड़ी नहीं रही। उसकी इंद्रियां उत्तेजित हो रही थीं, कामुक इच्छाओं के शिकार भगवान शिव उसका पीछा करने लगे, जैसे एक कामुक हाथी हथिनी का पीछा करता है। बड़ी तेजी से उसका पीछा करने के बाद, भगवान शिव ने उसके बालों की लट पकड़ ली और उसे अपने पास खींच लिया। यद्यपि वह अनिच्छुक थी, फिर भी उन्होंने उसे अपनी बाहों में भर लिया। भगवान शिव द्वारा गले लगाए जाने पर, जैसे एक मादा हथिनी को एक पुरुष (हाथी) द्वारा गले लगाया जाता है, वह महिला, जिसके बाल बिखरे हुए थे, एक साँप की तरह घूम गई। हे राजन, यह महिला, जिसके बड़े, ऊँचे कूल्हे थे, वह भगवान के सर्वोच्च व्यक्तित्व द्वारा प्रस्तुत योगमाया की महिला थी। अनुवाद स्वामी प्रभुपाद
Shiv Leela 🌝
शिव पुराण, कोटिरुद्र संहिता ४.१२.८-१३ ''एक बार शिव के प्रमुख ब्राह्मण भक्त शिव के ध्यान में लीन होकर पुजा करने की टहनियाँ लाने के लिए जंगल में गए। इस बीच स्वयं शिव ने बहुत ही वीभत्स रूप धारण करके उनकी भक्ति की परीक्षा लेने के लिए वहाँ आये। वे बहुत तेजस्वी थे, पर बिल्कुल नग्न थे। उन्होंने अपने पूरे शरीर पर एकमात्र आभूषण के रूप में राख मल रखी थी। वहाँ खड़े होकर और अपना लिंग पकड़े हुए उन्होंने तरह-तरह के दुष्ट करतब दिखाने शुरू कर दिए। वनवासियों को प्रसन्न करने के उद्देश्य से ही भक्तों के प्रिय शिव अपनी इच्छानुसार जंगल में आए। यह नजारा देखकर ऋषियों की पत्नियाँ बहुत भयभीत हो गईं। अन्य स्त्रियाँ उत्तेजित और आश्चर्यचकित होकर भगवान के पास पहुँचीं। कुछ ने उन्हें गले लगा लिया। अन्य ने उनके हाथ पकड़ लिए। स्त्रियाँ एक-दूसरे से संघर्ष करने में लीन थीं।'' अनुवाद: विद्वानों का बोर्ड, जे.एल. शास्त्री द्वारा संपादित
Sir thank you for this experiment...finally I feel good see aaj se 10 sal pahle mai ye try koya tha 😅❤ love you sir science is crazy 🤪
Sir aapke jaise teacher mil jaaye toh science padhne me mazaa aa jaaye
We need regulator bulbs😊😊
Which can change colour too 🙏🙏🙏😭
Last wala accha tha 😅😅
Very nice👍
वैसे आजकल एडजस्टेबल ब्राइटनेस के बल्ब भी आते हैं जो स्विच को प्रैस करने से ही कम , मध्यम, ज्यादा ब्राइट हो जाते हैं,,इसके अतिरिक्त बिजली जाने पर भी एक घंटे तक धीमी ब्राइटनेस के साथ ग्लो करते रहते हैं
Sir ji Naughty hora ke 😏😏☠️☠️💀
Par sir agar hum resistance kam rakhenge to bulb ke fuse hone ke chances bhi to hai or agar series ma connect hoga to ek bulb fuse hoga to us series ma jitne bhi connect honge uske sath to wo bhi fuse ho jayenge.
series me bijli ke connection nahi hote bhai
@helo98736Hah 😆😆 bhai kehna kya chahte ho
Thank you so much sir ji 😁
Kya bat hai sir kya bat hai 🫵🏻
So nice brother ❤
Hamare yaha ye galti se ho gya tha😂😂
That ending face tho😭🤣
Wa sir ji❤❤❤maja aa gya dekh kar
How voltage will decreases when resistance is increases, voltage should be increases acc. to ohms law V= IR?
R is a constant of proportionality provided in ohm's law formula and we can't change the value of R by changing any other value in that formula but we can change any other value in the formula by changing the value of R so if resistance will increase voltage will decrease and when resistance will decrease voltage will increase
Lgta h science wle h aaplog
sir, missed it actually with increasing resistance current decreases, voltage doesnot change
They're in series Vsupplied= Vdrop across Resistance + Vmotor (Increase in resistance increases the voltage drop across regulator V=IR thus results in low voltage at motor)
Current(I) is same in series
@@blitz5514bhai jaake padh le KVL hein concept
Regulator agar 1 par h ya 4 par kya electricity consumption same hota h ya 1 par kam aur 4 par jyada... Mere hisab se to same consumption hona chahiye... Sir confirm kar dijiye ❤❤
❤❤❤❤❤
it should be the same
Regulator me resistance ki jagah inductor laga de toh heating issue nhi hogi aur Wo inductive reactance v offer karega🙂
Ujjwal is right, phele bade vale resistance vale regulator aate the. Unme power wastage hote thi eq to i2r . Naye vale, Pulse width modulation valo , main nahi.
You are awesome sir ❤
Last mai sahi majak Kiya 😂
😅
School's College's mei aese explain karne wale teacher mil jaye toh har students life mei successful hoga 🥲
Madrase m nhi milte honge 😂😂😂
Kaiku? Abhi Mera ghar short circuit hua😂😂😂😂
Eee students does same. Its a mini project for EEE
@@urban.jat.2260 or na Mandir mei
Aur interest bhi aayega knowledge ke saath hai naa😅
Sir if you don't mind Fan regulator ke circuit sirf resistance ka nahi hota jo purane bde regulator hote the wo variable hote the
Par ab ke Regulator me resistance me capacitor and mainly TRIAC and DIAC lga hota h...thanx...😊😊
To phir electricity bill bhi kam ayega agar hum jyada resistance kr de too ? Kyuki resistance bd rha hai tooo (energy loss jyada )
So bijli ka bill pr kya asar pdegi this is my quesn .....ya bill same ayega ? Phle ki trh
Same hi hoga resistance ki Baja se heat ki form me power loss bhi toh hoga
Fan regulator is also used for light brightness 🔆
Nicely explained sir !
But this is an Electronic Regulator and it uses the combination of DIAC & TRIAC for the control of supply.
Amazing🎉❤
I think the regulator in the video is modern regulator which works by generating PWM signal which decreases the power loss. However, old regulators works as shown in the video. In old regulators, the total power consumed by fan at any speed is same. Correct me if I am wrong. ❤
Sir ek concept clear karna tha...
Agar 1st fan regulator se 1 point pr chalate hai aur 2nd fan regulator se full speed pr chalate hai
To dono same bijli kharch krenge??
ya 1 point wala fan Kam bijli kharch krega??
Please tell me..
You are the best ashu sir❤❤
Sir agar hum fan ki speed ko 1 pe rakhe ya phir 4 par same hi electricity use karega 🤔
No. . Electric Supply To Fan Ko Puri Ja Rahi Hoti Hai But Fan Ki Motar Slow Chalti Hai Jis Ki Waja Se Electricity Utni Nahi Use Hoti Jitni Tez Ma Hoti Hai. . Waise B Itna Khasa FaRQ Nahi PaRta Hai. . Kabi Ap Fan Slow Use Karna Shuru KaRdo 😂
@MrA-yh7kg but motor slow q chalti hai due to resistance so it will definitely consume electricity
@@pursue.inspiration387 . . Bhai Current Completely ARaha Hota Hai Fan Ki Motar Per But Jab Apki Motar Load Kam Le Rahi Hai Slow Chal KaR To Kaise Electricity Ziyada Use Ho Rahi Hai. . Motar AGer Fast Chale To Bijli Ka Load Bhi Ziyada Hi LeGi. . Sari SettinG Motar Ki Hoti Hai , Motar Slow Chale To Bijli Kam Use HoGi oR AGer Fast Chale To Ziyada. . Itna Koi Khasa FarQ Nahi Ata Is Ma Kyu K Fan Already Hi Ziyada Electricity Nahi Leta.
Thank you sir. Real life ex like this helps student understand the concepts
Understood the actual use of this resistance ...padha tha..... application aaj dekhaa thankyou
Last one was epic!! अच्छा! क्या बात कर्रा है?
Sir aaj pta lga ki regulator kese kaam krta h 👍🏻
Love your dedication sir...
Bless us 10th graders💜🙏🏻
Fan regulator be like = माँ मेरी शक्तियों का गलत इस्तेमाल हो रहा है माँ😂
Epic 😅 👍🏻
सर रेग्युलर से फॅन की स्पीड कमी करने से बिल कम अयेगा या नही?
Mere ghar mein to pehle se hi aisa bulb hai jo regulator se kaam karta hai 😂😂😂😂
Sir Bulb Jal Jata ha jab Hundred watt k bulb ki voltage km kren gy To wo zyda time sahi nahi rahy ga...Or 100watt ka bulb koi b ni lgata washroom mn Or Led Bulb ko series mn Use kr ni skty bcz wo 24w 14.5w 9W Tak lga skty hen ..Nice Work I really Like your Content❤
Being an electrical engineer I didn't know this....thank u sir