Duration 35:8
Ch 01 | | Electric Charge and field | | Coulomb's law | | 12th, IIT, NEET | | Lec - 03
Published 16 Mar 2020
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Related videos for Ch 01 | | Electric Charge and field | | Coulomb's law | | 12th, IIT, NEET | | Lec - 03:
विद्युतशीलता = (qQ)÷(4πFr²)
अतः इसका विमीय सूत्र =
(q का विमीय सूत्र × Q का विमीय सूत्र) ÷ {F का विमीय सूत्र × (r का विमीय सूत्र)²}
= [AT][AT] ÷ [MLT-2][L]²
= [M-1 L-3 T4 A2] ans.
and thank you so much sir❤️❤️
you are the best teacher of Physics on yt specially for Hindi medium 🙏🙏 ... 2
जैसा कि आपने बताया था कि कोई भी एक आवेशित वस्तु किसी अन्य उदासीन वस्तु को भी अपनी ओर आकर्षित कर सकती है लेकिन कूलाम के नियम(सूत्र) से यदि एक वस्तु का आवेश 0 हो गया तो उनके बीच का आकर्षण बल 0 हो जाएगा।
क्या इसके पीछे का कारण बिंदु आवेश वाली बात में छुपा है या कोई दूसरा तथ्य है ??
Sir please reply🙏🙏🙏 ... 3
विद्युतशीलता = (qQ)÷(4πFr²)
अतः इसका विमीय सूत्र =
(q का विमीय सूत्र × Q का विमीय सूत्र) ÷ {F का विमीय सूत्र × (r का विमीय सूत्र)²}
= [AT][AT] ÷ [MLT-2][L]²
= [M-1 L-3 T4 A2] ans.
and thank you so much sir❤️❤️
you are the best teacher of Physics on yt specially for Hindi medium 🙏🙏 ... 2
जैसा कि आपने बताया था कि कोई भी एक आवेशित वस्तु किसी अन्य उदासीन वस्तु को भी अपनी ओर आकर्षित कर सकती है लेकिन कूलाम के नियम(सूत्र) से यदि एक वस्तु का आवेश 0 हो गया तो उनके बीच का आकर्षण बल 0 हो जाएगा।
क्या इसके पीछे का कारण बिंदु आवेश वाली बात में छुपा है या कोई दूसरा तथ्य है ??
Sir please reply🙏🙏🙏 ... 3