SZABMU MDCAT 2024 - Physics MCQs Discussion |

[@huzaifaibnriaz]

JazakAllah ❤️ ❤️ ❤️ ❤️ ❤️

[@HanzalaSarfraz]

Excellent video

[@Aimers323]

❤❤

[@Islamicreminderforummah]

jazakAllahu khairun for all this sir ur amazing and ur channel as well. tysm

[@Aimers323]

Thank You So Much 🥰 Jazakallah! May ALLAH bless You. Ameen!

[@zeeshanbhutto5553]

Behtreen ❤

[@Aimers323]

🥰❣

[@MuhammadRafi-f2o]

Kamaallllllllllllllll

[@Aimers323]

🥰

[@Mz.creation]

kya discussion ki hai sir g sachi awesome unbelievable you deserve more keep strong keep uploading new lecture pratie mcqs youu make pdf files you it makes student easy to find things bundle of thanks and also sir g you have discussed every point in mcqs thanks

[@Aimers323]

Jazakallah! 🥰 In'sha'Allah!❤

[@Mz.creation]

@@Aimers323 sir kindlt har chapter kay 50 mcqs aisay mcqs to most expected type hon mean concept hu jo mdcat kay mcqs mai use ho har chapter kay laiye series banaaa dain reconductt say pahlay

[@Aimers323]

@@Mz.creation Before Re-conduct ..... i'll try to upload 2-3 lectures of this type....... 🥰 Moreover, almost 6-7 lectures of PYQs discussion & 2 lectures of Practice Booster Series (100 + 50 MCQs) are already uploaded......... Check out the playlist section 😇

[@Mz.creation]

@@Aimers323 IN SH ALLAH you will get success, may you live long

[@Aimers323]

@@Mz.creation In'sha'Allah! May Allah bless you. Ameen!❤

[@laibaabbas4452]

Thanks sir for this amazing videos Plz keep uploading such amazing answers great videos Plz upload mcqs for szabmu reconduct 2024 . jazakallah sir May Allah bless you ameen

[@Aimers323]

Jazāk Allāhu Khayran. ❤ Further MCQs will be available soon In'sha'Allah!☺

[@marwasiddiqui9660]

Mcq 49 ka ans b nahi hoga Flux reverse bhi tou ho rha Sir plz explain kar dein aik or dafa ye wala mcq

[@Aimers323]

As, flux in the coil is = 20 mWb Jab flux ko reverse krei'n ge to 20 mWb ka change aye ga flux me, jo k EMF induce kre ga ...... So, ∆φ = 20 mWb ∆t = 2 ms N = 100 turns Now, emf = N∆φ/∆t emf = (100) (20 mWb)/ (2ms) emf = 1000 V