ray diagrams లొ ఈ తప్పులు చెయవద్దు explained in telugu Arka Foundation classes

[@ourcutelittlekitchen1338]

Excellent explanation in an understanding way. I think these videos were made long back, but still very useful. Why did you stopped making videos. Make videos on all 10th physics topics...Electricity, magnetism etc.,

[@arkafoundationclasses]

Sure

[@SatyaSatya-og5zf]

Baaga ardam ayyinattu chepthunnaru madam classess chaala useful thank u sooo madam

[@gajjalaramakoteswaramma123]

Good madam meru baga chepputhunnaru🎉🎉🎉

[@arkafoundationclasses]

Thank you

[@Tharki_gamer-FF]

Love u mam for excellent explaination❤❤❤

[@arkafoundationclasses]

Thank you

[@bparimala4313]

Thanks for your class mam

[@Telugubidda9964]

Excellent explanation madam. Thank you.

[@Sudheer_24]

Thank you madam clear ga explain chisinanduku🙏

[@arkafoundationclasses]

You are welcome 😊

[@balaramreddygali9441]

I remember my childhood classes, great class madam

[@yaqubmohammed7504]

Thank you ma'am superb explanation 👏 👍 👌

[@arkafoundationclasses]

thank you

[@nsp6266-e1w]

Nice Mam,very useful👦👦

[@narsimulubandi7446]

Thanks so much mam super ga explain chesav ni vala Naku e lesson artham aieandi🙏🙏🙏tq

[@arkafoundationclasses]

very nice

[@sanjulilly4933]

I love you and your classes maam

[@jegadishcjagananna291]

Akka super excellent 👍 Thanks

[@kabaddikavya1140]

Yeah thank u so much mam I like it.... Super explanation

[@KolaSankarrao-p5t]

🎉Excellent🤙🥳

[@ajayvalluri3030]

Thank you teacher for explaining us

[@prani6685]

thank u very much madam.sign convention cheppamdi

[@saipradyumna6420]

Yes mam

[@knowledge3632]

Medam chala thanks ,

[@rishikeshchiluveru8604]

Super explained madam 🙏

[@swethapittu9719]

Thank you soo much madam

[@lathajannila9216]

Excellent explanation

[@chintharamanji6564]

Thank you very much madam

[@itsvenkytime5751]

Excellent mam

[@santhoshikothakota7598]

Super explanation mam

[@Vaaleegowtham]

Madam open kavatledu rules gurunchi cheppinavi description lonivi

[@samathasrinu-b7j]

😊 super madam

[@mastanraogoligolimastanrao2630]

Ok madam eppudu ardhamaindhi thank you madam

[@gvp_balaji_yt9137]

Madam refraction at curved surfaces cheppandi plz

[@MrSherlock3310]

Super 😊

[@labhalashanmukharao7588]

Thanku
You

[@ShaikKareem-c1b]

Thank's mam

[@shareinfotelugu8271]

Mam virtual ante screen meda choodagalm kada

[@arkafoundationclasses]

We cannot see on screen that image is virtual, virtual image we can see only inside the mirror or screen.
Only real images can be seen on screen

[@Sahith-]

It's usefull

[@arkafoundationclasses]

Glad to hear that

[@banjaraboy6031]

Madam rules explain cheyandhi mam Sodhi chepa kandi....😭😭

[@saipradyumna6420]

See the previous videos bro.Here mam explaining very brilliantly and extroadnary

[@bharath_2006_]

@@saipradyumna6420 yanti babu

[@GurramvenkannaGurramvenkanna]

Madam rules kavalli

[@shaikninnaeuu6733]

😂😂

[@vijayabandi2459]

Madam can we draw the rays either sides

[@sunithanagalla8423]

Thank U madam🙏🙏

[@arkafoundationclasses]

Welcome 😊

[@jillepallisudhanand6592]

Superb Madam

[@MBG_VIJAY_GAMING]

Which class this

[@harshatejavuyyala7542]

Mam you are teching very good mam now i am 10th class ihave some doubts in physics could u explain me please

[@arkafoundationclasses]

sure,

[@dlnfamily5167]

Excellent

[@arkafoundationclasses]

Thank you

[@ramagiriramesh4933]

Madam C2 F2 nunchi rays pass iyythaikada

[@BeemuduM]

Super madam

[@bairylokeshwar5971]

Mam I think so convex mirror is diverging mirror

[@arkafoundationclasses]

Yes, convex mirror is diverging mirror and convex lens is converging lens.

[@bairylokeshwar5971]

@@arkafoundationclasses concave is converging lens😁

[@suseelaakkireddy6217]

Madam i hav doubt we should take extended rays for all infinity images or not

[@arkafoundationclasses]

Extended rays are taken for prologating the reflecting rays. Its not for all infinity images. In case of concave mirror image forms at infinity, but not by extended rays.

[@niharikaniharika6007]

Mam you in pervious class concave mirror also called converging mirror and convex mirror also called diverging mirror, then now you telling convex lens also called converging lens 🤔....... Mam can you clear my doubt

[@arkafoundationclasses]

Yes, convex lens and concave mirror are converging. The Ray's in these after refraction in convex lens and reflection in concave mirror will meet at one point. That's why they are called converging. Where as in concave lens and convex mirror the rays will diverge. Hence they are called diverging.

[@gvp_balaji_yt9137]

Thank u so much super chepparu i loved it

[@michealranganadham4896]

Thank you mam

[@krs7901]

13 Draw the ray diagrams for following terms by using
Convex len
a) at F b) Between F and P
c) Between F and C d) at C

[@arkafoundationclasses]

Ok sure

[@mastanraogoligolimastanrao2630]

Madam convex lance lo 6 Daniki daghed lines endhukuvesaru

[@tejaswilanke5165]

Dashed lines are projected one.

[@gopalg4161]

Object at F explain again mam for esyy method plz mam

[@arunyadala6062]

For convex only virtual images we will get

[@arkafoundationclasses]

Convex lens both real and virtual images form.
Convex mirror only virtual image.

[@UmaThumalaUmaThumala]

Mam please upload all 10th class physics lessons please please 🙏😢

[@arkafoundationclasses]

I will try

[@gollapallisrivani4880]

Mam kunchum Mee slang change cheyandi mam but super explanation 😊

[@arkafoundationclasses]

Thank you for your compliment

[@NikhithaNikki-lb6jn]

Yendhi akka antha mata annav aunty ni😂😂

[@SindhuSindhu-i8b]

Prince of physical science degree 1sem syllabus important question pettara mam pass marks enta

[@arkafoundationclasses]

This syllabus no idea

[@mastanraovangapalli]

Arka

[@karthikkhanderao1659]

Good explaniation but u can develop your grammar skills if not u can its good

[@bonujanaki4285]

Madam converging lens is known for concave mirror not convex mirror

[@arkafoundationclasses]

Converging, in case of lens convex lens is converging and concave mirror is converging.
So lens is different and mirror is different

[@thejaswixavier9642]

Mam f1 c1 f2 c2 enti pls explain

[@arkafoundationclasses]

For lens there will be two curves, for one side f1 is the focal length and c1 is its respective center of curvature.
For second side, f2 is its focal length and c2 is its center of curvature.
If both sides are having same radii of curvature then f1=f2.
If they are having different radii of curvature then f1 not equal to f2.

[@gowthamisomanaboina5401]

Madam kocham tricks chepara first chapter motam

[@arkafoundationclasses]

First chapter means, may I know the chapter name

[@m.sravanthi9768]

We can write exams well thank you mam for your super explanation😊

[@arkafoundationclasses]

Thank you

[@anilkumarpitta8986]

Mam what is the difference between real and virtual image explanation class in telugu medium

[@tejaswilanke5165]

It is already there in videos. Search in the channel.

[@ponagantiravi4899]

Real image mirror lo for avuthundi ante ,mirror mundu form avuthayi .Virtual mirror paina form avvadu mirror venaka form avuthundi

[@dnavitha2244]

Mam miru annaru kada convex ante diverging

[@arkafoundationclasses]

In mirrors, convex is diverging and concave is coverging where as in lenses convex is converging and concave is diverging.

[@KilliDharmarao-kn4cg]

😮

[@officiallableter6714]

Andaru exam mundu chusthunaru kada
Like me,😂😂😂😂

[@arkafoundationclasses]

Yes

[@muppalla6952]

బాగా చెప్తున్నారు కాని చివరలో దీర్ఘము తీసిమాట్లాడుతున్నారు.

[@arkafoundationclasses]

I will try to rectify it

[@LORDY_ROCKY]

Concave ki 6 Types untai not for convex

[@arkafoundationclasses]

Concave mirror and convex lens will have 6 types.
Convex mirror and concave lens will have two cases.
Observe whether it is lens or mirror, both are different

[@SINGLEKING123]

Ok mam I didn't observe it but your explanation is good

[@StudywithDipanshu-yd4qt]

Thank you mam but kuchh bhi samajh nahi aaya

[@arkafoundationclasses]

may i know the reason

[@ramukakaraparthi9012]

Waste boost hand writing

[@Reddirocks]

Clear explanation.. Thank you madam

[@arkafoundationclasses]

You are welcome 😊

[@NALLANARSIMHANALLA]

Thank you very much madam

[@kalledalaxmi4738]

Super explanation

[@ardhavenibheemaiah5136]

Tq mam

[@gorleyogesh9931]

Tq mam