As a physics student I can tell you ac doesn't work like this. Freon gas compressed by the compressor is allowed to expand suddenly through a wide opening in copper piping in inside unit. And this sudden expansion allows temperature drop. (Refer to thermodynamics) Exactly same when a fire extinguisher is activated due to sudden expansion of gas this gas freezes. (Dry ice). And one more thing ac doesn't throw inside air to outside. It just runs the freon gas which throw inside heat to outside through copper piping. ( Copper is very good conductor of heat)
Sir aapne ac ki hawa kichne ka concept galat bataya hai hwa un pipe se bahar nhi jati balki indoor unit usi hawa ko uper se lekar vo nli ke samrak me aakar usi hwa ko wapis kamre me daal dega
It is not only FREYON, compressor plays tremendous role to cool the air by compressing and suddenly allowing the air to expand, resulting in coldness.... as we know from Charle's law & Boyle's law as such...
Ladki log Dahej main AC le kar Jaye, or saas k kamre main lgaye😂😂😂khan sir ko ak bar Kapil k show main Jana chahiye😂😂 Kapil v fail Hoga inke samne😂😂😂😂 ❤❤❤❤
Hello खान सर... बस students को ये clearity देना k ac घर की हवा खिचकर घरमे वापस छोडता है... बहुत लोगोको लगता है k बाहरवाला unit बाहर से हवा अंदर लेता है..... आपके students को अभी भी लगता होगा... चाहे तो पूछके देखिये 🙏
Sir, 1.There is a separate blower & coil(evaporator) in the indoor unit, it cools the room air & outdoor unit have a separate coil(condenser) & fan, it cools the gas of the condenser(outdoor coil) 2. In the copper pipes only refrigerant gas like R32 circulating not air as you said. 3. In indoor unit a drain pipe is provided for dripping water from indoor coil. 4.The gas circulating from compressor to condenser (outdoor coil) to evaporator (indoor coil) and return to compressor, this is the refrigeration cycle, fyi.
AC की कूलिंग क्षमता को नापने के कुल कई मात्रक होते है, जिनमे से *किलो कैलोरी* (Kcal/hr), *ब्रिटीश थर्मल यूनिट* (BTU/hr), *वाट* (W/hr), *किलो वाट* (K.watt/hr), *किलो जूल* (K.j./hr), *हार्स पावर* (HP/hr) ईत्यादि मुख्य है। उपरोक्त सभी मात्रक को AC की मुख्य कुलिंग क्षमता *टन* मे बदलने की बिधि- 3000Kcal/hr = 1ton 12000BTU/hr =1ton 3516W =1ton 3.516kw =1ton 12660kj/hr =1ton 4.7hp =1ton
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As a physics student I can tell you ac doesn't work like this. Freon gas compressed by the compressor is allowed to expand suddenly through a wide opening in copper piping in inside unit. And this sudden expansion allows temperature drop. (Refer to thermodynamics) Exactly same when a fire extinguisher is activated due to sudden expansion of gas this gas freezes. (Dry ice). And one more thing ac doesn't throw inside air to outside. It just runs the freon gas which throw inside heat to outside through copper piping. ( Copper is very good conductor of heat)
The moment when he said 'air' he actually means heat.
My self as a AC Technician, khan teach about function of AC is wrong......
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Best teacher khan sir ❤❤❤❤❤❤❤❤❤
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17 जून को कौन कौन देख रहा है
bahut acha Sir ji 😊
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Sir aapne ac ki hawa kichne ka concept galat bataya hai hwa un pipe se bahar nhi jati balki indoor unit usi hawa ko uper se lekar vo nli ke samrak me aakar usi hwa ko wapis kamre me daal dega
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16 जून को कोन कोन इस वीडियो को देख रहा है..?
Hum
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14 june
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खान सर एक दिन जरूर क्राति लाएगे
It is not only FREYON, compressor plays tremendous role to cool the air by compressing and suddenly allowing the air to expand, resulting in coldness.... as we know from Charle's law & Boyle's law as such...
Very nice video
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Khan sar ka fan like Karen❤❤❤🎉🎉
Ladki log Dahej main AC le kar Jaye, or saas k kamre main lgaye😂😂😂khan sir ko ak bar Kapil k show main Jana chahiye😂😂 Kapil v fail Hoga inke samne😂😂😂😂 ❤❤❤❤
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Khan sir ka pichla 11 month pahile ka ac wala video kisne dekha he 😊 wo video ke sath mil he yea video😊
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कौन कौन सर से सामान्य ज्ञान पढ़ता है 🙏🙏🙏🥰💞
Hello खान सर...
बस students को ये clearity देना k ac घर की हवा खिचकर घरमे वापस छोडता है...
बहुत लोगोको लगता है k बाहरवाला unit बाहर से हवा अंदर लेता है.....
आपके students को अभी भी लगता होगा...
चाहे तो पूछके देखिये 🙏
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Good sir
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Sir,
1.There is a separate blower & coil(evaporator) in the indoor unit, it cools the room air & outdoor unit have a separate coil(condenser) & fan, it cools the gas of the condenser(outdoor coil)
2. In the copper pipes only refrigerant gas like R32 circulating not air as you said.
3. In indoor unit a drain pipe is provided for dripping water from indoor coil.
4.The gas circulating from compressor to condenser (outdoor coil) to evaporator (indoor coil) and return to compressor, this is the refrigeration cycle, fyi.
Ham
Accha chalate hue dekh rha hu 😅
❤❤❤
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16 june good sir
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Sir, you are great in all subjects but you should discuss with an ac expert, if you don't mind, I'm so sorry sir.
AC की कूलिंग क्षमता को नापने के कुल कई मात्रक होते है, जिनमे से *किलो कैलोरी* (Kcal/hr), *ब्रिटीश थर्मल यूनिट* (BTU/hr), *वाट* (W/hr), *किलो वाट* (K.watt/hr), *किलो जूल* (K.j./hr), *हार्स पावर* (HP/hr) ईत्यादि मुख्य है।
उपरोक्त सभी मात्रक को AC की मुख्य कुलिंग क्षमता *टन* मे बदलने की बिधि-
3000Kcal/hr = 1ton
12000BTU/hr =1ton
3516W =1ton
3.516kw =1ton
12660kj/hr =1ton
4.7hp =1ton
Ha
1200 cooling wt hoga sir ji
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Hai
@quick witted math
Ek baat puchna hai train me ac compartment me paad ki tarah smell kyu karta hai....kya jo log ganda gas chorte hai woh usi ke andar fas ke rahta hai
Mai v 16 jun ko
Me 😂😂😂
Bhai ye complete videos nahi hai ,sir ka video cut karke upload hai .isi liye kuch logo ko kuch galt lag rha hai .best explanation in full video.
First like and comment pin Kar do bhai
21 june
1 ton= 3500 cooling watt apx
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10jun
Sir 1 ton 3500W @viralkhan sir
Freon is already banned😂