Видео ютуба по тегу Optics Jee Main

JEE Advanced 2010 Ray Optics PYQ | Matrix Match | Most Easy & Scoring Question 😱 | Full Solution
JEE Advanced 2010 Ray Optics PYQ | Matrix Match | Most Easy & Scoring Question 😱 | Full Solution
WAVE OPTICS LEC 06 || POLARIZATION || JEE & NEET 2026 || ASHU SIR ||
WAVE OPTICS LEC 06 || POLARIZATION || JEE & NEET 2026 || ASHU SIR ||
Day 6 consistency | Ray Optics grind | Shift from JEE Main → Boards 🙏🏻😭
Day 6 consistency | Ray Optics grind | Shift from JEE Main → Boards 🙏🏻😭
Wave Optics One Shot | Interference Diffraction Polarisation | JEE Main & BITSAT | Girish Jain Sir
Wave Optics One Shot | Interference Diffraction Polarisation | JEE Main & BITSAT | Girish Jain Sir
JEE MAIN PHYSICS PYQ: Fringe width in YDSE
JEE MAIN PHYSICS PYQ: Fringe width in YDSE
ratio of maximum and minimum intensity during interference theory + jee main pyq
ratio of maximum and minimum intensity during interference theory + jee main pyq
JEE MAIN PHYSICS PYQ: ratio of intensity at 2 points when phase difference is given
JEE MAIN PHYSICS PYQ: ratio of intensity at 2 points when phase difference is given
JEE MAIN PHYSICS PYQ: speed and fringe width changes with change in medium
JEE MAIN PHYSICS PYQ: speed and fringe width changes with change in medium
JEE MAIN PHYSICS PYQ: fringe width for different colors of light
JEE MAIN PHYSICS PYQ: fringe width for different colors of light
JEE MAIN PHYSICS PYQ: fringe width when YDSE setup is dipped in medium
JEE MAIN PHYSICS PYQ: fringe width when YDSE setup is dipped in medium
JEE MAIN PHYSICS PYQ: ratio of fringe width when wavelength is given
JEE MAIN PHYSICS PYQ: ratio of fringe width when wavelength is given
JEE MAIN PHYSICS PYQ: height of 1st minimum in youngs double slit experiment
JEE MAIN PHYSICS PYQ: height of 1st minimum in youngs double slit experiment
JEE MAIN PHYSICS PYQ: Percentage change in fringe width if distance between slits is changed
JEE MAIN PHYSICS PYQ: Percentage change in fringe width if distance between slits is changed
JEE MAIN PHYSIC PYQ: tricky problem involving ratio of maximum and minimum intensity
JEE MAIN PHYSIC PYQ: tricky problem involving ratio of maximum and minimum intensity
JEE MAIN PHYSIC PYQ: ratio of max and min intensity when ratio of slit width is given
JEE MAIN PHYSIC PYQ: ratio of max and min intensity when ratio of slit width is given
JEE MAIN PHYSIC PYQ: application of malus law,+youngs double slit experiment
JEE MAIN PHYSIC PYQ: application of malus law,+youngs double slit experiment
JEE MAIN PHYSIC PYQ: change in fringe width on changing wavelength and distance between slits
JEE MAIN PHYSIC PYQ: change in fringe width on changing wavelength and distance between slits
JEE MAIN PHYSIC PYQ: ratio of maximum and minimum intensity
JEE MAIN PHYSIC PYQ: ratio of maximum and minimum intensity
JEE MAIN PHYSIC PYQ: total internal reflection
JEE MAIN PHYSIC PYQ: total internal reflection
JEE MAIN PHYSICS PYQ: 33 difference of max and min intensity
JEE MAIN PHYSICS PYQ: 33 difference of max and min intensity
JEE MAIN PHYSICS PYQ: 36 fringe shift on usage of thin glass film
JEE MAIN PHYSICS PYQ: 36 fringe shift on usage of thin glass film
JEE MAIN PHYSICS PYQ: 29 angular spread of central maximum
JEE MAIN PHYSICS PYQ: 29 angular spread of central maximum
JEE MAIN PHYSICS PYQ: 27 width of 1st secondary maximum
JEE MAIN PHYSICS PYQ: 27 width of 1st secondary maximum
JEE MAIN PHYSICS PYQ: 34 angular spread in diffraction
JEE MAIN PHYSICS PYQ: 34 angular spread in diffraction
JEE MAIN PHYSICS PYQ: 32 comparison of YDSE With diffraction
JEE MAIN PHYSICS PYQ: 32 comparison of YDSE With diffraction