Mirror Equation (Class 10, Chapter 12) In this video we discuss about mirror equation in detail. we prove the mirror equation with basic concept and with too much easy method. #MirrorEquation #EPhysics
1st reason: yaha pr sign conventions ko hum follow krte he, or sign convention k mutabiq focal lenth of the convex mirror is taken as negative. 2nd reason ye he k convex mirror me image virtual hota he nd behind the mirror hota he s ly hum focal length ko negative lete he... focal length tab he positive hoga agr image in front of mirror ho just like concave mirror.
Sir plZ upload topic 12.2.1 focal point and focal length of concave and convex mirror and image formation ray tracing for spherical mirror plz . Plzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzxzxxxxzxxxzxzzzzzzzzzz.. kese or ke . Lecture se concept clear ni hota. Ap plz in k . Videos bhi bnyae 10 class optic geometry k firsts topics
I already discussed focal point and focal length of concave and convex mirror. I am sending a link of the video where I explained these terms. link of the video is given below th-cam.com/video/1MAObHnQoVM/w-d-xo.html
also explain image formation and ray tracing for both mirrors plz check the videos below for image formation and ray tracing. image formation video link th-cam.com/video/pC-Iz8jZ66c/w-d-xo.html ray tracing video link th-cam.com/video/bILg1GsLZJ8/w-d-xo.html
I did my bs physics. I watch your lectures to recall the knowledge ❤
your welcome
ماشاءالل سر میرا دل سے آپ کو دعا نکلتا ہے کہ میرا دس دن کا پیچیدگی آپ نے دس منٹ میں دور کیا
Mashallah Qari SB deer behtreen andaaz d.
@@zubairmujrooh1932 mehrbaniiii
You are a good teacher ❤❤❤❤❤❤❤❤❤❤❤❤
@@AliKhan-uc8tc thanks
You are amazing teacher thank you.
Interesting
Thank you sir bhot acha concept clear krwaya
You are amazing teacher..plz dont get nervous...Be confident..Bestof Luck
Thanks
Jazakallah ❤
Sir Ap bohat acha explain krty hain
Thanks sir
Optimal
Why focal lenght of a convex mirror is taken as negative sir g es ka kia jawab hai please explain
1st reason: yaha pr sign conventions ko hum follow krte he, or sign convention k mutabiq focal lenth of the convex mirror is taken as negative.
2nd reason ye he k convex mirror me image virtual hota he nd behind the mirror hota he s ly hum focal length ko negative lete he... focal length tab he positive hoga agr image in front of mirror ho just like concave mirror.
Why we take this relation in fraction?
@@zubairmujrooh1932 which fraction?
Sir why we used concave lens for mirror equation?
We don't use lens in mirror equation we use mirror.....
Sir Apny is chapter ky pehly video upload q nahi kia hy
@@OwaisElahi-ok5wm sare videos uploaded he, plzap playlist check kr ly, geometrical optics k name ka playlist open krlo sare videos available he.
@@OwaisElahi-ok5wm plz check this link
th-cam.com/play/PLmNCJoXVMpPTDAtz5Z0yiw33P4g5lFlwW.html&si=WJIk092XOP4Zt2tL
You have done the book one derivation. The derivation is also wrong in the book ..
@@muftitariqmasood185 please mentioned it, where isthe mistake.
sir why your lecture does not appear on display😢
"I'm sorry, could you please provide more details? Are you referring to technical difficulties or something else?"
Sir plZ upload topic 12.2.1 focal point and focal length of concave and convex mirror and image formation ray tracing for spherical mirror plz . Plzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzxzxxxxzxxxzxzzzzzzzzzz.. kese or ke . Lecture se concept clear ni hota. Ap plz in k . Videos bhi bnyae 10 class optic geometry k firsts topics
I already discussed focal point and focal length of concave and convex mirror.
I am sending a link of the video where I explained these terms. link of the video is given below
th-cam.com/video/1MAObHnQoVM/w-d-xo.html
also explain image formation and ray tracing for both mirrors plz check the videos below for image formation and ray tracing.
image formation video link
th-cam.com/video/pC-Iz8jZ66c/w-d-xo.html
ray tracing video link
th-cam.com/video/bILg1GsLZJ8/w-d-xo.html
@@ephysics3801 thank you so much sir ❤️
Sub ka kitna ch ho gaya ha ? Iss dafa fbise ma sub sa zada mara aya gam❤❤❤❤😂😂😂😂 just kidding guys