day 05 | physics numerical | optics | constable communication

[@pcunstoppable7862]

U (object distance) always -ve (mirror and lens)
V(image distance)
Mirror paine + lens
-ve concave
+ve convex
Focal length
F = +ve convex Mirror + lens
F= -ve concave Mirror + lens

[@atulyakumar9186]

Sir
I attended the Practice section of Communication constable
Here Question lable is very High .......
Please sir Practice Like this label 🙏

[@harinarayanmohanta5973]

Ty sir

[@job626]

Communication chapter ru ki6i questions kuhantu sir.

[@sumantagiri5265]

Ty

[@krishnaray5589]

Sir mock test karantu

[@himanshusvlog3120]

Sir tike sign ta kahidiantu plz

[@saranisir4525]

U (object distance) always -ve (mirror and lens)
V(image distance)
Mirror paine + lens
-ve concave
+ve convex
Focal length
F = +ve convex Mirror + lens
F= -ve concave Mirror + lens

[@debabratadaspattnayak9188]

Computer cls karantu sir

[@krishnaray5589]

Sir gote mock test karantu

[@krishnaray5589]

Sir gote mocktest karantu

[@debasissahoo3499]

You must welcome

[@krishnaray5589]

Sir gote mocktes

[@krishnaray5589]

Sir gote mock test

[@liferulesodiare9071]

👌🏻

[@sumantagiri5265]

Hlo sir

[@dharmapadamaharana9170]

Sir expected cuttoff kete jiba??

[@saranisir4525]

May be 75 to 80

[@himanshusvlog3120]

Sir gote doubt actually concave -ve and convex +ve .lens re sign jaha mirror re bii seya ta???

[@saranisir4525]

Na

[@krishnaray5589]

Sir mock test karantu

[@krishnaray5589]

Sir gote mock test karantu

[@krishnaray5589]

Sir gote mocktest karantu

[@krishnaray5589]

Sir gote mock test karantu