photosynthetic pigments and their role | Chlorophyll and carotenoids |

When light meets matter, it may be reflected, transmitted,
or absorbed. Substances that absorb visible light are
known as pigments. Different pigments absorb light of different
wavelengths, and the wavelengths that are absorbed
disappear. If a pigment is illuminated with white light, the
color we see is the color most reflected or transmitted by
the pigment. (If a pigment absorbs all wavelengths, it appears
black.) We see green when we look at a leaf because
chlorophyll absorbs violet-blue and red light while transmitting
and reflecting green light.
The ability
of a pigment to absorb various wavelengths of light can be
measured with an instrument called a spectrophotometer.
The absorption spectra of chloroplast pigments provide
clues to the relative effectiveness of different wavelengths
for driving photosynthesis, since light can perform work
in chloroplasts only if it is absorbed.
The absorption spectra of three types of pigments in chloroplasts:
chlorophyll a, the key light-capturing pigment
that participates directly in the light reactions; the accessory
pigment chlorophyll b; and a separate group of accessory
pigments called carotenoids. The spectrum of chlorophyll suggests that violet-blue and red light work best for photosynthesis,
since they are absorbed, while green is the least
effective color. This is confirmed by an action spectrum for
photosynthesis.
Other accessory pigments include carotenoids, hydrocarbons
that are various shades of yellow and orange because
they absorb violet and blue-green light. Carotenoids may broaden the spectrum of colors that can drive photosynthesis. However, a more important function of
at least some carotenoids seems to be photoprotection.
#LightSpectrumOfPhotosynthesis

[@EveryThingOfficial650]

I am from southwaziristan
There is no proper system of education by the help of u I really clear my concept thank u sir❤👈

[@Priyanshikhatri_]

Your videos really are amazing, please never stop doing this.

[@rencho53]

Ok

[@UmarFarooq-2006]

Ok ill try but nowadays I'm so busy but I'm unstoppable todayyyyyyy ❤️‍🔥

[@Vlogcuti]

M going to listen Ur lecture first time..😊

[@Vlogcuti]

Good 👍😊

[@arshadafrafr4893]

Nice❤❤❤❤

[@WajidAli-hd5pe]

Sir you are a great teacher 😊

[@chocolaty_girl992]

Excellent Method 🥰

[@cricketkings9949]

Outclass sir keep it up

[@abdulsamad-v1h]

۔آپ بہت اچّھا پڑھاتے ہیں اچھی بات یہ ہے کہ آپ ضروری پوانٹس نہیں چھوڑتے ۔۔ اللہ آپ کو کامیابی عطاء فرمائے آمین

[@Info-120-u7s]

Amazing 😍

[@abdullahwassan4231]

Nice work❤❤

[@malikawan8123]

Thank you so much sir for this great lecture 💖💖💖💖💖

[@hajikalim3621]

Wow so conceptual method

[@The.Thinkers]

Thank you sir ❤ amazing lecture jazakallah

[@HussinShah-yf2lu]

It's like lecture wow Sir

[@dell.2278]

THANKU SIR for all the lectures🙂. I request you to plz make a video on difference between ATP , NAPH , ++, and FADPH Sir

[@DEVIL_LUCIFER78]

ATP : adinosine tri phosphate..yee hamara pass di nucleotide Hoti haaa aurr Jab light energy covert ho rhi Hoti haa toh yee chloroplast me peda Hoti phir waheen glucose me store hojati ha 😁

[@Vlogcuti]

Itna prha b h kbhi ap n.. 😂

[@aliahmad-kr4fr]

Really mind blowing

[@abudajana]

amazing lecture👍👍👍

[@abudajana]

you are right

[@Aleezaa-mi1nl]

Pora TH-cam dakha lakin in jasa teacher 😊koi nahi bohat acha parhaty hna sir

[@hamzaanees7438]

Great sir

[@WarisgadiBaloch]

Sir your way of teaching is perfect but plzzwrite topic with black marker because with it is not clearly visible

[@hameedurrehman3664]

great sir

[@SyedTV595]

Good keep it up

[@anisawani3090]

Amazing sir👍👍👍❤️❤️❤️❤️❤️❤️

[@shahfahad4972]

welldone sir

[@asimakhan8751]

Thanks sir 😍

[@FutureDoctor790]

Thank you so much Sir G

[@AneeschAnees]

Good sir keep it up ❤❤😊

[@majeedmallah2089]

God bless you

[@HanookMasih-p9v]

Sir g u are so cute bachy apko hi dekhty rhty ho gy😅😮

[@munazzabatool1133]

Jazakallah Sir

[@riyaghosh7638]

Thank you so much Sir

[@SamiKhan-mh2iy]

Thanks sir

[@amnashafiq5434]

May God bless you

[@shrutirituraj4382]

Nice👍👍

[@Tatti_bhai.01]

Sir thank you so much mint blowing

[@n...s1683]

Ur great sir . thank you

[@waqarahmadvlogs5649]

Great sir G💖

[@samrankhan3279]

thank you sir

[@shilatttsoamen.2337]

welll sr

[@Rubabsaba-qx1zo]

🌹🌹thanks sir🌹🌹

[@amanbaloch962]

Wooooow

[@fidarajpoot302]

Thanks

[@Godvivek01]

Jai shree Ram 🙏🏻🙏🏻

[@MeshiiKhaan]

❤❤❤

[@Minu-yt2xw]

Thanks ☺️☺️☺️☺️☺️☺️☺️☺️☺️☺️🤗🥰🥰🥰🥰🥰🥰🥰🥰☺️😊☺️☺️😊😊☺️🤗🤗

[@umirahmad3946]

Kam see Kam aik like to banta hai

[@KhalilKhan-l5m]

How many covalent bond between carbon and nitrogen in a chlorophyll?

[@smasmasmasmasma]

Good looking Sir and Great lecture.. I enjoyed while watching ur lecture because it really helps me in my work . Thanks btw 🤍♥️🥲

[@ArhamArham-b6y]

❤

[@saadmehmood2423]

🥰🥰🥰

[@surajjirval3891]

Can we use this pigment in DSSC ? ?

[@Ishitaraj4663]

Sir tell me one answer plzzz sir .
Which are plant pigments?
Chromoprotein
Glycoprotein
Flavoprotein
More than one
None of these plzz answer me

[@adilshaikh1230]

Sir Assalm u alikum
I have a question
I have some dout about you say that carotenoid can be seen during autum but how they absorb intense light and pass that to chlorophyll
I AM very confused

[@Rehanhyder331]

😊

[@yaniki1824]

Tq

[@anjalimishra9798]

Kya mujhe ye hi video clearly mil skti h sab note kiya jaye jismai?

[@MehboobAli-x8e]

AoA sir kia hm in notes ko jo ap likhwaty h exam mai lkh skty h ...federal board

[@hamidullah4096]

Baki chapter to nhi he is link pe mean ch 10,11,12

[@lailasheeraz]

Plazz sir aap zara board se hata kare hum screen shot leti he

[@TubaNaz-by5kl]

Ka sok ghwre. Che tol quran tarjama ezda kre no zama pa TH-cam id band da aw inshallah pora quran tarjama ba upload kom aw ka staso support o no inshallah tapseer ba hum soro ko chata zarorat v no ogra ye ❤

[@naylakhatoon2913]

Sirr aap jo board p likhte ho vo clear hii ni h .........dikhta hi ni sahi s

[@daudirshad1951]

you said that tha hydrophobic region is present on tha inside of tha thylakoid lumen but its not true... ans = chlorophyll is attached to the thylakoid membranes by tha hydrophobic tail not with hydrophilic head the head is present inner to membranes

[@Villageboy70067]

A/a
Can you snd pdf of this vedio pleas

[@DEVIL_LUCIFER78]

Sir chlorophyll red aue blue ni balka violet aur blue region ko absorb karta ha aur indigo yellw aur green ko reflect karta ha 😁

[@daudirshad1951]

but chlorophyll also absorb red-orange wavelengths

[@hafizabbas4158]

sr ye first year k lectures hen

[@ghulamyaseen2096]

Antenna complex khis ko Khati hai

[@mallikaannaya1240]

Sir letters not clear sir

[@Ahmadullahkhan-uh8ze]

0:00

[@chetanjatchetanjat1842]

Thanks sir but jay shree ram

[@naimatullah3938]

Sir you are not upto this work(uploading video) because you are not experiented.

[@palwashakhan2463]

Thank u sir

[@aliarehman-l2d]

🥰🥰🥰

[@mahiii7869]

Thank you sir