Concave and Convex Lens Experiment

Concave and Convex Lens Experiment with Real Lenses!
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Convex and concave lenses are two types of optical lenses that are commonly used in various optical devices like cameras, eyeglasses, microscopes, and telescopes to manipulate the way light rays converge or diverge.
A convex lens, also known as a converging lens or a positive lens, is thicker at the center than at the edges. It causes parallel light rays to converge or come together at a single point called the focal point on the side opposite to the source of light. This focal point is also known as the "real" focal point. Convex lenses are used to correct farsightedness (hypermetropia) and can magnify objects. They are commonly used in magnifying glasses, cameras, and telescopes.
A concave lens, also known as a diverging lens or a negative lens, is thinner at the center than at the edges. It causes parallel light rays to spread out, or diverge, as if they are coming from a single point called the virtual focal point. Unlike the real focal point of a convex lens, the focal point of a concave lens is virtual and doesn't actually converge at a point. Concave lenses are used to correct nearsightedness (myopia) and are often used in devices like eyeglasses and certain optical instruments.
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Amazing methodology...dear sir❤❤❤

[@ManochaAcademy]

Thanks a ton

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Please try to do more experiments like this.. the way of easy to learn

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really Loved the explanation!!
As always AMAZING!~

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गुरुजी त गजबे समझाए । गजब।

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wow😍thankyou sir for this amazing explanation

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Thanks sir please make other video for full explanation of what is lenses and it's types

[@shamshuddinmohammad2472]

Magnify image converge light rays when used in spectacles the power delivered to the corneal plane weakness as the vertex distance to the eye increase is convex lenses correct or wrong

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HI SIR
YOUR ARE VOICE IS SUPERB
🎉🎉

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Thank you so much 🙂

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C'est quoi cet appareil noir qui produit des rayons lumineux parallèles ?

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[@soumadip_2008]

Sir what is the difference between the planeo concave and concave lens or planeo convex or convex lens

[@kunasitcharnpartaravanit8093]

Thanks you that excellent explain

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Best ever❤❤❤❤

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Thank you sir 😊

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Excellent explanation

[@RaviRampatruni-w3b]

Can u tell why refraction did not take place in rectangular glass block

[@thetheatreofentertains8799]

See, it is very easy. The rectangular glass block is a transparent material and there is no curved or any irregular shape present, so it is not a lens. There is also another transparent block but it is by two curved edges on either side, so we can say that the structure of the block helps in the refraction of light beams. As it is not a lens, it does not refract, the beams pass through and resultant light is reflected to our eyes processed into vision. I hope this clears the doubt

[@RaviRampatruni-w3b]

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Thank you sir ji

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Welcome

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Thank you

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Many many thanks

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[@rijohnsohtun5347]

Sir What's wrong with my lense it doesn't show like this?

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Also give this type of animation for spherical mirrors

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Yes please

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🎉🎉🎉❤

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The kit is 3000😂😂😂

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Thanks you sir

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You're the best

[@ManochaAcademy]

Thank you!

[@kenzquizzes]

excellent

[@aishaseckan7037]

Wow amazing experiment
I’m so exited I’ve remembered something I learned years ago is so amazing and understandable

[@ManochaAcademy]

Thanks a ton!

[@Yashi-x5h]

sir concavoconvex and convexoconcave also pls

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Nice video

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thank u sir

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thanks bro

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❤❤❤❤

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Allu❤aima

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[@leiontelugugaming7278]

U only see ur 1st video of concave and convex mirror

[@bilalreshi1015]

Nice

[@parimala-x3m]

Sir concave is converging lens sir

[@abinayakalki6937]

Concave mirror is converging mirror , convex mirror is diverging mirror whereas
Concave lens is diverging lens,
Convex lens is converging lens.

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Kon kon use paper ek din phele 2x pe dekh Raha hai

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I don't understand this what can I do to understand it🤔

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Just do concentrate 😂

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Will try to upload more Hindi videos soon!

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Jaat
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Ur saying concave lense to convex

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Come to the point as video starts

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Thanks

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Excellent explanation

[@EsshavArya]

❤❤❤