Image Distance, Image Height: Convex Mirror EXAMPLE

How to calculate the Image Distance and Object Distance for a Convex Mirror (Negative Focal Length).
Use the mirror equation and magnification equation, just like for a concave mirror

[@himanshukumar-rp3qf]

Please correct it in convex mirror or whether lens the (f) or focal length is taken as positive.

[@fans........4014]

Convex lens focal length is taken as positive

[@shivkumargupta5472]

yess

[@fafary7820]

You deserve to receive the salary of my modular teacher.

[@_froztbite_1129]

Thanks so much hope this helps on my exam :D

[@Will_des]

3:47 i'm dying thanks this was very helpfull

[@WarrenSiervo]

Thank you. This helped me with my exam😊

[@trishiaquia6125]

can you please answer this: A curved mirror has focal length of 1.0 cm A 1.5cm object is located 2.0 cm in front of the mirror. Using the mirror equation, determine the di (distance of the image), hi (height of the image), h° (height of the object) or simply the L-O-S-T of the image. Then draw a eay diagram to check and compare the characteristics of the image form.​

[@euphoria_iq]

I'm confused. People in the comments are saying that convex mirrors don't have a negative focal length, but I searched it on google and it said that convex mirrors and lenses have a negative focal length. someone, please help me!!!

[@shoepastebin3157]

its negative

[@langlang8651]

Convex mirror （Positive) Concave mirror (Negative) Am I right? Btw I learned a lot from this video. Thank you

[@sonni7138]

i believe you are

[@نونه-خ7ع]

رغم اني عربية بس فهمت على شرحه 😂❤❤❤❤ شكرا لك

[@pritimishra8641]

Best way for teaching

[@TonyTonyChoppered]

Thanks, very easy to follow and understand.

[@padavalasatish]

Sir Please correct that the focal length of a convex mirror is positive

[@farhatmuhanna7351]

Yeah it's true ma'am padavala

[@abhigyangogoi36]

What if focal length is not given and only image distance is given when we have to find out object distance

[@ishanbasnet1132]

focal length is positive for concave mirror when it forms virtual image

[@camille8769]

Focal length is negative

[@societyneed]

No, focal length of concave mirror is always negative understand😉😉😉😉

[@JohnClarenceMTubil]

wow this is the best discussion for me physics

[@cikgunadnadiah8090]

A convex focal length is converging and the value is positive

[@dantesparda7777]

Thanks a lot mate..

[@juliafaith6314]

THANKS A LOT! 😁

[@zoro2266]

hey what if image distance( from the mirror, not behind) and focal length is given? to find distance of object?

[@udithagalgamuwa1513]

This was very useful. Thanks

[@thingstoknow1331]

why are you using calculator for simple calculation.

[@tanyavandermerwe591]

Thanks man

[@_preciou3_781]

thank you so much

[@eternalsoul9003]

Can you please tell me how to find whether the image is magnified or diminished?

[@ernestmokwena7480]

Incase one needs this I know it's been years. But the question is asking if wether the image grew larger(magnified) or smaller (diminished) than the actual object, this is a relationship between image and object in simple terms is hi>ho , is ho>hi (hi

[@anythingjoachchalage9223]

Thanks

[@societyneed]

F of a convex mirror is always positive

[@venkateshb8361]

For Convex mirror focal length is taken as positive

[@ruchikapatil8762]

Sir I have doubt if the given values are only object height and image height and we have to identify lens and position of object and image then which formula applied for this?

[@khalilmuslamk2509]

I actually do have a test tho. 😂

[@matycee]

interesting..... way to write a capital "G". the rest is just ok

[@varshinimandapati3066]

Plz explain clearly

[@TheSadPaki]

It's diffrent In every country?or what??😭😭😭😭😭😭

[@navyasah8245]

not in india coz we don't use calculator

[@Jay-fx1ko]

FUCKING legend lol

[@farhatmuhanna7351]

Hey ! I think ure work isn't correct anymore I'm from Tanzania that should be +(since it's convex lens ) keep it up.

[@sumitjain9584]

wrong answer of question 6

[@societyneed]

Your answer is❌❌❌❌❌❌❌❌❌❌❌❌❌❌❌❌❌❌❌