#19 | MAXIMUM POWER TRANSFER THEOREM | SOLID FOUNDATION SERIES FOR UPCOMING EXAMS BY RAMAN SIR

[@gangadharwaghmare7650]

Amazing guruji

[@learnearn.12]

Great sir 👌👌👌

[@adarshkeshari4537]

Maximum power transfer bi aa gya hmko🙏 Thank u sir

[@adarshkeshari4537]

Super class sir

[@bikashswarnakar10e.e93]

Thanks Sir

[@eadonlineclasses]

Welcome dear and keep watching

[@amrishtiwari5595]

Pranam sir ji 🙏

[@avi2183]

super sir realllly amazing lecture...thnkuu raman sir

[@sumitkasyap_3108]

❤

[@gauravkumaree6049]

Sir please provide numerical session on maximum power transfer theorem

[@gauravkumaree6049]

Sir please reply me

[@khushalyadav8938]

The iron loss of a transformer at 400 Hz is 10 W. Assuming that eddy current and hysteresis losses vary as the square of flux density, the iron loss of the transformer at rated voltage but at 50 Hz would be ___ W. (a) 80 (b) 640 (c) 1.25 (d) None of these

[@harshitkhare6130]

sir kya sirf electrical ke hi practice session chalte rahenge . Electronics ke kyu nhi start kr rhe h. Please start kr digiye etne din se kah rhe h.

[@eadonlineclasses]

Dear me bhi kab se samjha rha hu ki ye subjects common h..

[@harshitkhare6130]

@@eadonlineclasses sir network electronics me jada nhi ata h. Core subject start kijiye please

[@learnearn.12]

Thank you sir

[@khushalyadav8938]

The iron loss of a transformer at 400 Hz is 10 W. Assuming that eddy current and hysteresis losses vary as the square of flux density, the iron loss of the transformer at rated voltage but at 50 Hz would be ___ W. (a) 80 (b) 640 (c) 1.25 (d) None of these