Sir ek confusion he electron flow hone ke liye voltage ki jarurat hoti he..! Aur dusri hoti he attraction aur repulsion -electron + electron ki tarah attract kregaa toh phir Esme voltage ki kya jarurat..?
Thank you so much sir ache se samajh aa gaya...par ek aur doubt abhi bhi hai pls sir iska answer bata dijiye --->agar sir same current hota hai pure circuit me resistance lagane par bhi fir sir agar hm uss resistor ke ends pe voltage ke +ve end p jyada aur -ve end p kam kyu hota hai?.. pls
@@shivmalashigh4048 Resistor k across voltage drop hota hai. Agar tum multimeter le k circuit me lage hue resistor k dono points pe voltage measure karoge to pata lg jaayega kitna drop hua hai. Kuki resistor ka kaam hai current ko limit krna aur current limit voltage drop se hota hai. isliye tum resistor k ek point pe zyaada voltage measure kr rahe ho aur doosre point pe kum.
@NiketShahPlus According to you, Example अगर हमारे पास Copper wire है, और उसके अंदर electrons है, जो Stable Condition में हैं.. अगर हम उन electrons को move करेंगे in one direction with emf (electromotive force) in megnetic field, तो वो electrons Current कहलाएगा..? It's true....?
आपने कहा की flow of electrons is Current... When we move the electrons , it Convert to Current.. तो क्या ये electrons in Copper wire is unlimited...ये electrons किसी Position पर जाकर तो खत्म होंगे...? According to Faraday's emf induce Current. और आपने कहा की flow of wire electrons are Current.. तो क्या ये electrons wire के अंदर unlimited होते हैं...?
Sir batter me + side proton hote h or - side electron toh toh jab voltage electron ko proton ki side dhakelta h toh uske aage jaane me usko phir electron k pass kese jaega kuki electron ek dusre ko repel karenge
Ussi me battery workdone karti h kam electrons wali point se zyada electron wali point me le jaane me aur issi me battery kharch hoti hai I hope i helped you😊
multimeter ki black probe jo ki negative hai use circuit k ground pe connect karo aur doosre probe ko (red ya positive) ko us point pe jaha tumhe voltage measure krna hai.
@@NiketShahPlus According to you, Example अगर हमारे पास Copper wire है, और उसके अंदर electrons है, जो Stable Condition में हैं.. अगर हम उन electrons को move करेंगे in one direction with emf (electromotive force) in megnetic field, तो वो electrons Current कहलाएगा..? It's true....?
Ha. Agar battery parallel me connect hoti hai to final power supply km ho jaati hai. Batteires jo series me bulbs connected hai unko bhi km power provide krwa paayega. Agar tum bulbs ko parallel me connect karo to bulb zyaada tez jalenge.
An electron cannot exist independently for long without being associated with an atom or some other particle. In most environments, electrons are bound to atoms, where they occupy specific energy levels around the nucleus. However, there are situations where electrons can exist outside of atoms: In a Vacuum: An electron can be emitted from an atom through processes like photoelectric effect or thermionic emission, resulting in a free electron. In a vacuum, this electron can travel freely, but it is highly susceptible to influences from electric and magnetic fields. In Plasma: In a plasma state (like in stars), electrons can exist freely among ions. In this case, they are not bound to specific atoms and can move independently. In Electric Fields: When a strong electric field is applied, it can strip electrons from atoms, creating free electrons that can move independently. While free electrons can exist under certain conditions, they typically do not remain isolated for long periods. They will often recombine with positive ions or atoms, leading to neutral atoms once again.
Very good morning sir. You have explained very nicely. I enjoyed your teaching style. Please make a video about EMF. Can We say EMF as potential difference? Please clarify the doubt. Warm regards 🙏🙏.
For a good 300 mm digital vernier caliper under ₹10,000, there are a few options you might consider: Insize 1205 Series Digital Vernier Caliper - This caliper offers a graduation of 0.02 mm and is priced around ₹5,990. It is known for its accuracy and durability, making it a solid choice for precision measurements. Precise 300mm Digimatic Vernier Caliper - This is another excellent option priced at around ₹5,990 after a discount. It provides fine accuracy and is a reliable tool for various measurement tasks. You can purchase these calipers from websites like Industrybuying and Moglix, where they are often available at discounted rates with options for quick delivery. You might find additional offers or EMI options that can make the purchase even more convenient. For the best deal, I recommend checking both websites: Industrybuying Moglix
Lithium-ion battery ka internal resistance check karne ke liye aap ek simple method follow kar sakte hain. Iske liye aapko multimeter aur ek load (jaise ek resistor) ki zaroorat hogi. Niche diye gaye steps follow karke aap battery ka internal resistance measure kar sakte hain: 1. Battery Voltage Measure Karein (No Load Condition): Battery ko disconnect karein aur multimeter ko DC voltage mode par set karein. Multimeter ke probes ko battery ke terminals se connect karein aur battery ka voltage note kar lein. Is voltage ko Vno_loadVno_load kehte hain. 2. Battery Voltage Measure Karein (Under Load Condition): Ab battery ke terminals par ek known load (jaise ek resistor) connect karein. Multimeter se phir se battery ka voltage measure karein jab load connected ho. Is voltage ko VloadVload kehte hain. 3. Load Current Measure Karein: Load ke current ko measure karein (aapko resistor ka value pata hona chahiye ya phir current directly measure kar sakte hain multimeter se). Is current ko II kehte hain. 4. Internal Resistance Calculate Karein: Internal resistance RinternalRinternal calculate karne ke liye formula use karein: Rinternal=Vno_load−VloadI Rinternal=IVno_load−Vload Jahan Vno_loadVno_load wo voltage hai jab battery unloaded hoti hai, VloadVload wo voltage hai jab battery load se connected hoti hai, aur II wo current hai jo load ke through flow ho raha hai. Example: Agar: Vno_load=4.2VVno_load=4.2V Vload=4.0VVload=4.0V I=1AI=1A To: Rinternal=4.2V−4.0V1A=0.2V1A=0.2 Ω Rinternal=1A4.2V−4.0V=1A0.2V=0.2Ω Important Points: Internal resistance ko measure karte waqt, battery ko over-discharge na hone dein, aur is process ko jaldi se complete kar lein. Zyada internal resistance battery ke degradation ka indicator ho sakta hai.
Using WS2812B Individually Addressable LEDs: Agar aapko individually addressable LEDs chahiye toh WS2812B LEDs use kar sakte hain, jinko aap single data line se control kar sakte hain. Required Components: 1000 WS2812B LEDs (ya similar addressable LEDs) Microcontroller (Arduino, ESP32, etc.) Power supply sufficient for the LEDs (typically 5V, high current capacity) Circuit Design Overview: LEDs Connection: All LEDs are connected in series (Data Out of one LED connects to Data In of the next LED). Data line is connected to a microcontroller pin. Microcontroller Programming: Libraries like Adafruit NeoPixel ya FastLED ka use karke, aap har LED ka color aur brightness individually control kar sakte hain. Data is sent serially to control each LED’s color and brightness. Power Considerations: LEDs require sufficient current; typically, each WS2812B LED requires about 60mA at full brightness (all white), so 1000 LEDs can require up to 60A. Ensure you have a power supply capable of delivering the required current, and use capacitors to stabilize the power. Circuit Diagram for WS2812B: Connections: VCC of LEDs to 5V power supply. GND of LEDs to power supply ground. DIN of the first LED to a PWM pin of the microcontroller (like D6 on Arduino). Connect a capacitor (1000 µF, 6.3V or higher) across the VCC and GND near the first LED. Connect a 330-ohm resistor between the microcontroller data pin and the DIN of the first LED. Conclusion: WS2812B LEDs offer a simpler and more elegant solution for controlling a large number of LEDs with minimal wiring and programming effort. If you want to control simple LEDs, then matrixing is a more traditional approach, but requires more complex wiring and programming.
इलेक्ट्रॉन माइनस चार्ज के कण होते हैं, और ये सकारात्मक चार्ज की ओर आकर्षित होते हैं। जब इलेक्ट्रॉन माइनस से निकलकर पुल+ (यानी सकारात्मक चार्ज) की ओर जाते हैं, तो यह एक सामान्य इलेक्ट्रिकल सिद्धांत है। यह प्रक्रिया विद्युत धाराओं के प्रवाह को दर्शाती है, जहां इलेक्ट्रॉन हमेशा उच्च विद्युत पोटेंशियल से निम्न विद्युत पोटेंशियल की ओर जाते हैं। अगर आपको इस विषय में और जानकारी चाहिए, तो बताइए!
Kya bat he guru ji
Ekdum details me samjha diya
Aise he video banao......❤️❤️❤️
thankx.. do share this video with your family and friends
Bhot great 😃👍
thank you.. do share with others this video
Sir ek confusion he
electron flow hone ke liye voltage ki jarurat hoti he..!
Aur dusri hoti he attraction aur repulsion -electron + electron ki tarah attract kregaa toh phir Esme voltage ki kya jarurat..?
For make forced
Thank you so much sir ache se samajh aa gaya...par ek aur doubt abhi bhi hai pls sir iska answer bata dijiye --->agar sir same current hota hai pure circuit me resistance lagane par bhi fir sir agar hm uss resistor ke ends pe voltage ke +ve end p jyada aur -ve end p kam kyu hota hai?.. pls
Sir please answer
@@shivmalashigh4048 Resistor k across voltage drop hota hai. Agar tum multimeter le k circuit me lage hue resistor k dono points pe voltage measure karoge to pata lg jaayega kitna drop hua hai. Kuki resistor ka kaam hai current ko limit krna aur current limit voltage drop se hota hai. isliye tum resistor k ek point pe zyaada voltage measure kr rahe ho aur doosre point pe kum.
Bahut hi shandar samjhaye sir.
Fantastic video 🎥 keep it up
Nice video sir kripya bare pcb ke baare mein bataye.
thankx.. do share this video with others aswell
@NiketShahPlus According to you, Example अगर हमारे पास Copper wire है, और उसके अंदर electrons है, जो Stable Condition में हैं.. अगर हम उन electrons को move करेंगे in one direction with emf (electromotive force) in megnetic field, तो वो electrons Current कहलाएगा..?
It's true....?
Yes
आपने कहा की flow of electrons is Current...
When we move the electrons , it Convert to Current..
तो क्या ये electrons in Copper wire is unlimited...ये electrons किसी Position पर जाकर तो खत्म होंगे...?
According to Faraday's emf induce Current.
और आपने कहा की flow of wire electrons are Current..
तो क्या ये electrons wire के अंदर unlimited होते हैं...?
Check Karo is me sare video he . th-cam.com/play/PLufAvsKSYF-lrqAUnQN_vwZkvTMdxXDWA.html&si=znNZa7VYAEmptr_N
How voltage generat ??
by cemical
please explain bro I am very warried this question 😢
Sir batter me + side proton hote h or - side electron toh toh jab voltage electron ko proton ki side dhakelta h toh uske aage jaane me usko phir electron k pass kese jaega kuki electron ek dusre ko repel karenge
Ussi me battery workdone karti h kam electrons wali point se zyada electron wali point me le jaane me aur issi me battery kharch hoti hai
I hope i helped you😊
Sir battery k dono end me kya potential rehta hai?kya potential electron or protons ka hota hai battery k dono end me?
Always like your video sir 🙏
Sir aap kon se application or konsa software use karre animation ke liye
WhatsApp me on 9768871110
We can get electrons ' movement by changing magnetic field, giving voltage and also by giving chemical changes
Very very helpful sir
Great Samjhaye Sir
thankx.. do share this video with others as well
Good job done
V. V. Good explanations
Wao great
great effort sir
Nice explanation ❤
well explained
sir isme hum ye kese check krenge ki kon si side kitna potential h?
multimeter ki black probe jo ki negative hai use circuit k ground pe connect karo aur doosre probe ko (red ya positive) ko us point pe jaha tumhe voltage measure krna hai.
क्या electrons और Current अलग अलग है...?
Electron ka flow current he
@@NiketShahPlus According to you, Example अगर हमारे पास Copper wire है, और उसके अंदर electrons है, जो Stable Condition में हैं.. अगर हम उन electrons को move करेंगे in one direction with emf (electromotive force) in megnetic field, तो वो electrons Current कहलाएगा..?
It's true....?
Nice video sir thanks
Best explanation
Amazing viedo
So informative ❤️
thankx.. do share this video with others also
Good Job
Love you bhai
Love you sir
please sir explain how generate the voltage
will try to make video on this topics
Best explanation ❤
Vary useful video
Bhai electrons +se-ya -se+ flow otahai
very good
Thanks do share this video with your friends
Helli sir....if 2 batteries are connected in parallel with 2 bulb loads.... Will the light diminish even more.?
Ha. Agar battery parallel me connect hoti hai to final power supply km ho jaati hai. Batteires jo series me bulbs connected hai unko bhi km power provide krwa paayega. Agar tum bulbs ko parallel me connect karo to bulb zyaada tez jalenge.
@@RajasthaniChhora_Inspired yes absolutely correct💐💐
Nice video 👌👌👌
Nice sir aik hpf led driver pe video banaen
Will sure try
@@NiketShahPlus hpf driver detail k sath banana b sikhaen
Can a electron leave alone
I mean without a atom
An electron cannot exist independently for long without being associated with an atom or some other particle. In most environments, electrons are bound to atoms, where they occupy specific energy levels around the nucleus. However, there are situations where electrons can exist outside of atoms:
In a Vacuum: An electron can be emitted from an atom through processes like photoelectric effect or thermionic emission, resulting in a free electron. In a vacuum, this electron can travel freely, but it is highly susceptible to influences from electric and magnetic fields.
In Plasma: In a plasma state (like in stars), electrons can exist freely among ions. In this case, they are not bound to specific atoms and can move independently.
In Electric Fields: When a strong electric field is applied, it can strip electrons from atoms, creating free electrons that can move independently.
While free electrons can exist under certain conditions, they typically do not remain isolated for long periods. They will often recombine with positive ions or atoms, leading to neutral atoms once again.
@@NiketShahPlus 🙏
Very good morning sir. You have explained very nicely. I enjoyed your teaching style. Please make a video about EMF. Can We say EMF as potential difference? Please clarify the doubt. Warm regards 🙏🙏.
Nice Video Sir
Thanku sir
Thank u sir ❤😢
Most welcome.. do share this video with others as well
Nice video
thankx.. do share this video with others
Good video sir g
How does voltage push elections ?
Lekin Potential Difference create kaise hua?
Keep it up sir.. nice explanation...
Load cell connections to plc diagrams video please sir..
will try sure.. do share this video with others
Very helpful video thanks form Pakistan 😌
Sir i am searching for a 300 mm degital vernier caliper under 10k can you please suggest me the best and a web from which i can purchase .......
For a good 300 mm digital vernier caliper under ₹10,000, there are a few options you might consider:
Insize 1205 Series Digital Vernier Caliper - This caliper offers a graduation of 0.02 mm and is priced around ₹5,990. It is known for its accuracy and durability, making it a solid choice for precision measurements.
Precise 300mm Digimatic Vernier Caliper - This is another excellent option priced at around ₹5,990 after a discount. It provides fine accuracy and is a reliable tool for various measurement tasks.
You can purchase these calipers from websites like Industrybuying and Moglix, where they are often available at discounted rates with options for quick delivery. You might find additional offers or EMI options that can make the purchase even more convenient.
For the best deal, I recommend checking both websites:
Industrybuying
Moglix
wow 🎉🎉🎉
nice to video
Thank you sir🙏
Nice
In das salose muze aeesa koi wyakti nahi mila jo apki tarah samja sake
Can u help me ?
regarding?
🙏🙏🙏👌👌 Lithium ion battery ka internal resistance kaise check kare sir
Lithium-ion battery ka internal resistance check karne ke liye aap ek simple method follow kar sakte hain. Iske liye aapko multimeter aur ek load (jaise ek resistor) ki zaroorat hogi. Niche diye gaye steps follow karke aap battery ka internal resistance measure kar sakte hain:
1. Battery Voltage Measure Karein (No Load Condition):
Battery ko disconnect karein aur multimeter ko DC voltage mode par set karein.
Multimeter ke probes ko battery ke terminals se connect karein aur battery ka voltage note kar lein.
Is voltage ko Vno_loadVno_load kehte hain.
2. Battery Voltage Measure Karein (Under Load Condition):
Ab battery ke terminals par ek known load (jaise ek resistor) connect karein.
Multimeter se phir se battery ka voltage measure karein jab load connected ho.
Is voltage ko VloadVload kehte hain.
3. Load Current Measure Karein:
Load ke current ko measure karein (aapko resistor ka value pata hona chahiye ya phir current directly measure kar sakte hain multimeter se).
Is current ko II kehte hain.
4. Internal Resistance Calculate Karein:
Internal resistance RinternalRinternal calculate karne ke liye formula use karein:
Rinternal=Vno_load−VloadI
Rinternal=IVno_load−Vload
Jahan Vno_loadVno_load wo voltage hai jab battery unloaded hoti hai, VloadVload wo voltage hai jab battery load se connected hoti hai, aur II wo current hai jo load ke through flow ho raha hai.
Example:
Agar:
Vno_load=4.2VVno_load=4.2V
Vload=4.0VVload=4.0V
I=1AI=1A
To:
Rinternal=4.2V−4.0V1A=0.2V1A=0.2 Ω
Rinternal=1A4.2V−4.0V=1A0.2V=0.2Ω
Important Points:
Internal resistance ko measure karte waqt, battery ko over-discharge na hone dein, aur is process ko jaldi se complete kar lein.
Zyada internal resistance battery ke degradation ka indicator ho sakta hai.
1000 LED light ko control kar sakte hain aapse circuit bataiye
Using WS2812B Individually Addressable LEDs:
Agar aapko individually addressable LEDs chahiye toh WS2812B LEDs use kar sakte hain, jinko aap single data line se control kar sakte hain.
Required Components:
1000 WS2812B LEDs (ya similar addressable LEDs)
Microcontroller (Arduino, ESP32, etc.)
Power supply sufficient for the LEDs (typically 5V, high current capacity)
Circuit Design Overview:
LEDs Connection:
All LEDs are connected in series (Data Out of one LED connects to Data In of the next LED).
Data line is connected to a microcontroller pin.
Microcontroller Programming:
Libraries like Adafruit NeoPixel ya FastLED ka use karke, aap har LED ka color aur brightness individually control kar sakte hain.
Data is sent serially to control each LED’s color and brightness.
Power Considerations:
LEDs require sufficient current; typically, each WS2812B LED requires about 60mA at full brightness (all white), so 1000 LEDs can require up to 60A.
Ensure you have a power supply capable of delivering the required current, and use capacitors to stabilize the power.
Circuit Diagram for WS2812B:
Connections:
VCC of LEDs to 5V power supply.
GND of LEDs to power supply ground.
DIN of the first LED to a PWM pin of the microcontroller (like D6 on Arduino).
Connect a capacitor (1000 µF, 6.3V or higher) across the VCC and GND near the first LED.
Connect a 330-ohm resistor between the microcontroller data pin and the DIN of the first LED.
Conclusion:
WS2812B LEDs offer a simpler and more elegant solution for controlling a large number of LEDs with minimal wiring and programming effort. If you want to control simple LEDs, then matrixing is a more traditional approach, but requires more complex wiring and programming.
Best
तो kya electrons sirf Copper wire के अंदर होते हैं...?
Iron, aluminium, Steel, Plastic, rubber...?
इनके अंदर electrons नहीं होते...?
Hota he ... Usk liya video alag se he mera
th-cam.com/play/PLufAvsKSYF-lrqAUnQN_vwZkvTMdxXDWA.html&si=znNZa7VYAEmptr_N
sir 15 time zero 10:00
इलेक्ट्रॉन माइनस से निकल कर पुल+ की ओर जाते हैं
इलेक्ट्रॉन माइनस चार्ज के कण होते हैं, और ये सकारात्मक चार्ज की ओर आकर्षित होते हैं। जब इलेक्ट्रॉन माइनस से निकलकर पुल+ (यानी सकारात्मक चार्ज) की ओर जाते हैं, तो यह एक सामान्य इलेक्ट्रिकल सिद्धांत है। यह प्रक्रिया विद्युत धाराओं के प्रवाह को दर्शाती है, जहां इलेक्ट्रॉन हमेशा उच्च विद्युत पोटेंशियल से निम्न विद्युत पोटेंशियल की ओर जाते हैं।
अगर आपको इस विषय में और जानकारी चाहिए, तो बताइए!
Voltage kaha se produce hota h
Cell ke andar chemical reaction se
3:45
Sir watt or coloum nhi smj aya ...
😢
Check again
👌🏻
thankx.. do share my videos with your family and friends
कोई कहता है, electrons ही Current होता है...?
Flow of electrons is current
15 baar zero hai 12 baar nhi 😊
App ko samja na
@@NiketShahPlus yes sir aap bohot
Aacha padate ho
❤❤❤
Thanks. Do share this video with other students also
Why I hate physics 😭 kitni bhi bar dekhlo ni smjh ata kya current charge mujhe ni leni science me commerce lene wala hu bese bhi 😭😭
electronics samajhna easy hai agar tum use practical world me la k imagine krne ki koshish karo to.
@@RajasthaniChhora_Inspired kya ab tumhe pta he me phiscs me acha ho gya hun me flex nhi kr rha schai he 😌
@@iam...8748 Very happy to hear that.
@@RajasthaniChhora_Inspired thanks bruh
@@RajasthaniChhora_Inspired omg brother tumne youtube 11 saal phele join kra th
चोटा
Sir G ma Pakistani ho our pulspoint app jo hi ospe hamara number kam nahe karaha hi
send me on whatsapp +919768871110
So🤘😝🤘
Do share
Very nice
Thanks.. do share with others
Thank you sir
Nice
Thanks so much
Thank you sir
Thank u sir
Thank you sir