which 6 diagrams are you talking about , i have my paper tomorrow , tell me about that 6 diagrams which can be memorized and only these 6 can come in the paper on chapter LENSES. I will be very gratefull if you can tell me
I AM NOT JOKING WHEN I SAY YOU HAVE DEFINITELY SAVED ME ON ALL QUESTIONS RELATED TO THIS TOPIC ON TESTS! my physics teacher dose not know how to teach properly and i wish you could show him how to teach!!!!! love this channel 🎉🎉
Thank you so much for making such a simple and understandable video! Before I didn't know how you can find the nature of the image by drawing ray diagrams, and also how to draw the ray diagrams, but now I do!
This video is such a life saver, saved me hours so I can move on to the next topic, THANKYOU for making these great videos you`re gonna save my exams I just know it
Thanks for the video! I found it very helpful one day b4 exam! But for Convex Diagrams, what happens if arrow/object is placed ON F, because u only gave before 2F, on 2F, in between 2F and F, and after F, but not on F. Will it be same size if its on F?
Hey thank you so much this was really useful! Just wanted to know what you recommended doing when you aren't given a focal point/principle focus and asked to either draw the diagram without, or put the focal point in yourself? (The question I was given didn't have any rays drawn either)
In that case make sure the two focal points are equally distanced, as long as you do that, the distance in amount doesn't matter, and everything else you can just do as shown in the video. Hope this helps~
If you’d like to practise what's covered in this video, check out the lesson on the Cognito platform - cognitoedu.org/coursesubtopic/p2-gcse-aqa-h-t_4.12. The platform’s totally free, and has been built to make learning and revision as easy as possible. The main features are: - Lessons organised by topic, only the lessons relevant to your specific exam board and tier are shown. - Automatic progress tracking. Progress bars tell you what you’re doing well at, and what you need to spend some time on. - Practise quizzes so you can test your knowledge. You can quiz yourself on any combination of topics you like. - A huge number of fully-hinted questions that take you step-by-step through some of the trickiest calculations & concepts. - A comprehensive bank of past exam papers, organised both by year, and also by topic. Amadeus & Tom
Hi, we say that concave lenses are diverging lenses because they cause the light rays to bend away (diverge) from the axis. Convex lenses are converging lenses :)
I was about to memorize 6 diagrams, you saved me hours! Thank you so much.
ughhh god i relate
which 6 diagrams are you talking about , i have my paper tomorrow , tell me about that 6 diagrams which can be memorized and only these 6 can come in the paper on chapter LENSES. I will be very gratefull if you can tell me
@@ramizrafi1397 do u have ur paper on sun?
To anyone who sees this: MAKE SURE TO PUT ARROWS ON YOUR LIGHT RAYS (or you will lose marks!)
Thanks brother
Nah thanks bro
Say on zues
@@sjd_1111 On zeus brother
From now on,physics is easy
After watching this vid....
This was my scariest physics topic
I don’t know how to thank you!
May God bless you for me❤️
I AM NOT JOKING WHEN I SAY YOU HAVE DEFINITELY SAVED ME ON ALL QUESTIONS RELATED TO THIS TOPIC ON TESTS! my physics teacher dose not know how to teach properly and i wish you could show him how to teach!!!!! love this channel 🎉🎉
Srsly
The Explanation was so simple. I understood so much from this vid. Thanks !
I genuinely wish you were my physics teacher
Am with you!
@HEYDON PAN bruh
your profile pic...
change ur profile pic u absolute slapper
Finally, at least somebody explains the reasons for the images properties. Guess I'm ready for my tomorrows test :)
Best of luck!
I was planning on just memorizing most of what was in my book...you honestly saved me so much time, and I understood the concepts! Thank you!
Glad it helped!
Thank you bro, i watched your vid before an exam leading to me acing it. Currently im teaching my teachers and friends
Well done on your exam Mohammad 👍
Thank you so much for making such a simple and understandable video! Before I didn't know how you can find the nature of the image by drawing ray diagrams, and also how to draw the ray diagrams, but now I do!
This was explained so clearly, gradually, and without going off the topic!! Perfect video for all those who are struggling with ray diagrams 👍🏻👍🏻💫
Bro is the best teacher in the world
This is unbelievably helpful, thank you!
completely saving my gcse
I have a final in an hour and bearing god as my witness this video saved me
you explained better than my teacher who took one week to teach this topic know im subscribed to this channel.
thanks a lot! this really means because i was struggling a lot with this topic!
Thank you so much for this, video after video on youtube and finally someone explains it in a simple way...
My exams in a few hours, im so scared but hopefully I’ll do good! Thank you for this video!!
TYYYYYY i had no clue how they worked before and this makes so much sense now!!!!!
I have a test tomorrow about this and didnt quite understand. Thanks so mcuh for this Video
This video is such a life saver, saved me hours so I can move on to the next topic, THANKYOU for making these great videos you`re gonna save my exams I just know it
Thank you soo much, you may have just saved my GCSEs.
Ah thanks LayeredPython91!!! 😊
Thank you, your videos really thought me better than my teacher! Thank you
if this wasn't enough he also has vids for math bio chemistry man I will graduate with A+ in everything in school
🙌 🙌
Have my future children, taught this better than any teacher that has tried to teach me this concept.
I wish I could explain my dad to not scold me like this
This helped me a lot thanks
This video is a literal lifesaver
Congrats on all the subs! Well deserved 👏
They re so underrated right! My physics teacher would let taken a month to explain his lmao
Would have*
Thanks Iva, we really appreciate it 😊
This saved my bacon for my SO event
this is absolute POGCHAMP!! you guys are underated!!
I’m here to remind you that you said this
@@velveteuphoria7881 HAHA
I'm here to remind you that you said this part2 the sequence
Here to remind you you said this part 3
Here to remind you that you said this
did a great job explaining much appreciated
Amazing, concise, and well-explained video. Thanks for sharing and keep up the good work!
Glad it was helpful! 😊
Simple and Elegant Video❤️
this makes so much sense now! thank you
Thanks so much you just eased this whole topic for me
That's great to hear, thanks Davenzo 👍
i love these videos. bless his heart.
Underrated Channel
Tysm 😭😭all of your vids literally saved my life
Why did I find this channel one day before my physics finals
This channel is so helpful, I surely will use this channel for my may/june exams
really liked the explanation!! Appreciate it
Super bro I don't have words to appreciate you
Thanks for the video! I found it very helpful one day b4 exam! But for Convex Diagrams, what happens if arrow/object is placed ON F, because u only gave before 2F, on 2F, in between 2F and F, and after F, but not on F. Will it be same size if its on F?
You are one amazing teacher thank you 😊
Thank you very much for this explanation, it was quite clear!!
THANK YOU SO MUCH THIS HELPED!
Hey........ stay .....😁
OML such an informative vid! 100/10
Thanks for saving my life 😩😩
Tysmm, this helped a lot
@cognito will the concave lens image always be virtual as you are always using a virtual ray?
Yes
I was so scared for this so thank you
The best explanation of a topic on any video. Helped me tons!
Hey thank you so much this was really useful! Just wanted to know what you recommended doing when you aren't given a focal point/principle focus and asked to either draw the diagram without, or put the focal point in yourself? (The question I was given didn't have any rays drawn either)
In that case make sure the two focal points are equally distanced, as long as you do that, the distance in amount doesn't matter, and everything else you can just do as shown in the video. Hope this helps~
Sir you video help me alot i can not thank you much
Thanks so helpful man!
So much confusion cleared up in so little time... You sir, are a genius!
THANKYOU SO MMUCHH
God bless this channel
Bro teaches better than any teacher I have had so far💀
FR
Thank you so much!
is concave same for all
Good work and well explained ....keep it up 👍👍
what if the object in concave lens is between 2F and F? Will it change the form of image?
this rlly helped me thx
Sir Why did u drw a small image in ray Crossing point in concave lens diagram?
it's because the image created is smaller.
It is also one of the image properties of the lens.
Different to mirror ray diagrams?
If you’d like to practise what's covered in this video, check out the lesson on the Cognito platform - cognitoedu.org/coursesubtopic/p2-gcse-aqa-h-t_4.12. The platform’s totally free, and has been built to make learning and revision as easy as possible. The main features are:
- Lessons organised by topic, only the lessons relevant to your specific exam board and tier are shown.
- Automatic progress tracking. Progress bars tell you what you’re doing well at, and what you need to spend some time on.
- Practise quizzes so you can test your knowledge. You can quiz yourself on any combination of topics you like.
- A huge number of fully-hinted questions that take you step-by-step through some of the trickiest calculations & concepts.
- A comprehensive bank of past exam papers, organised both by year, and also by topic.
Amadeus & Tom
It was very helpful to me 😊 thanks
you are actually amazing , no other words man - keep it up!!
Thanks! Really glad to hear you found it useful!
If only I found this video sooner…
my physics teacher literally taught me none of this 🤷🏻♀️
that video was so easy to follow incredible work!
Glad you liked it!
Nice. Now I can pass
That's excellent !!
how far should the first focal points be? does it matter?
Yeah I'm confused about that too
Thank you so much 👍🏻
are concave lenses in the IGCSE syllabus? i don't think so correct?
thanks for the help
Thanks alot sir!!!
thank you so much omgg 😭😭😭😭😭😭
Thank you so much for doing this! I struggled so much with this topic, but here something just clicked, and I understood it!
Brilliant
is it no video for mirror ray diagram?
thank you
Thank you❤
Thanks alot
I really think a concave lens is a converging lens not a diverging lens
Hi, we say that concave lenses are diverging lenses because they cause the light rays to bend away (diverge) from the axis. Convex lenses are converging lenses :)
Legend
Anyone else in their freshman year a week before their exams 😂?
Ur in the wrong country
Great thorough explanation, really helped.
is this edexcel?
Hi!! Thanks for the videos, their really helpful :).
THANKKKKK UUUUUUUUUUUUU
thank youuu
i was memorizing but now I dont
thx
Better than FreeScienceLessons
bit of a stretch mate but still gd tho
i agree. freesciencelessons didnt go into this much detail; he just worries too much about keeping the videos short.
THHAANNNKKKK YOOUUUU
I don’t understand how the rays go in what direction! 😭
Who are 2021
i love you