Your 6mins video is so much more useful and helpful than my teacher’s 60mins talking. Thank you ever so much🙏🏼your videos are great please continue to make some more☺️
Wow. I've been watching photosynthesis videos for several hours, and finally I found one that broke it down in a comprehensible and visual way. Thank you!!!!
Been using your videos since I started my A levels all the way to finishing them and getting an A* in biology, now I’m using them to prepare for my natural sciences interview at Cambridge next week. You really are a life saver.
Thank you, you've really cleared this up for me, I was struggling to get this concept without a visual demonstration and yours is excellent. Now I have just explained it out loud and managed to slowly but surely recite the whole process! :)
omg this video literally helped me understand everything so much. better. I love your videos and your voice is so relaxing to listen to. Thank you so much
At 2:12, you wrote NADP donates a proton to gp and hence the gp is reduced. Are you referring to the reduction as in donating electrons? Because isn't reduction the gaining of electrons, not protons. Also, your videos are so useful. Thank you!
By reduction I meant the reduction of GP to TP. Reduction is the gaining of hydrogen and/or electrons! :) Hope this clears things up and thanks for watching!
Really thankfull for this video to give proper idea of z scheme mechanism now can get the concept very easily and it will stay forever with me Thankyou for making such a video ❤️
This is such a useful video thank you so much!! I do have one question, for the electron carrier and the EC in the diagram are they the same thing or is the EC the electron transport chain?
EC is just my shorthand for electron carriers! All of them together forms the electron transport chain. Hope this clears it up and thanks for watching! :)
@@BioRach thank you so much for clearing up my confusion! I really enjoy your revision videos, thank you so much for making them they really explain and break all of the content down into manageable chunks :)
Hiya, I'm just a little confused so after the Electron transport carrier from Photosystem II is there another ATP synthase like the one at the end (after the ECT from PSI) which is what produced the ATP?
Amazing video as always, I was just wondering is there a reason when would the plant choose use cyclic photophosphorolation or non cyclic phsophophorolation, thanks
The plant may opt for cyclic photophosphorylation if it's lacking in ATP! Keep in mind that the light-independent stage requires ATP for the conversion of substrates, so it can't do that if there isn't enough ATP.
It's 1/2 an oxygen molecule, so really just an oxygen atom, since there's only one per water molecule! Hope this clears it up and thanks for watching :D
Your 6mins video is so much more useful and helpful than my teacher’s 60mins talking. Thank you ever so much🙏🏼your videos are great please continue to make some more☺️
haha glad they help, thanks for watching! :D More coming soon (uploading one now)
Wow. I've been watching photosynthesis videos for several hours, and finally I found one that broke it down in a comprehensible and visual way. Thank you!!!!
Glad to be of help :) Thanks for watching!
Been using your videos since I started my A levels all the way to finishing them and getting an A* in biology, now I’m using them to prepare for my natural sciences interview at Cambridge next week. You really are a life saver.
I'm really glad to hear that you've found the videos helpful!! All the best with your interview! :D
Ok, I used all your videos for As bio and I got an A now on to A2.... thanks!
Oh wow that's awesome! Well done on your hard work and hope you continue to enjoy this in A2 :D thanks for watching!
could you give us an update on how this went Andrew?
@@mattspencer187no
Seriously ur the best, if I pass my A-levels with an excellent grade, it’s because of you. I will give all credits to u.
Thank you, you've really cleared this up for me, I was struggling to get this concept without a visual demonstration and yours is excellent. Now I have just explained it out loud and managed to slowly but surely recite the whole process! :)
I'm glad to hear that you found the video helpful! The visual demonstration is the aim here ;) thanks for watching!
You really are much more useful than textbooks💕💕💕 really glad that I found this channel, keep working⚒️
Glad you find them helpful! Thanks for watching :)
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Short, brief and easy to understand. Thank you!!
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Such a good video. Short and concise. Thank you! Keep it up!
Glad you find it helpful! Thanks for watching :)
Best lecture i found on the topic... all my doubts cleared in a few minutes ...Thanx a lot
omg this video literally helped me understand everything so much. better. I love your videos and your voice is so relaxing to listen to. Thank you so much
You made it so easy to understand, thank you
Rhea Cunha glad it helps! Thanks for watching :D
the content: 1000000/10
the markers scratching (esp at 1:33 and 3:31): _soul left my body_
At 2:12, you wrote NADP donates a proton to gp and hence the gp is reduced. Are you referring to the reduction as in donating electrons? Because isn't reduction the gaining of electrons, not protons.
Also, your videos are so useful. Thank you!
By reduction I meant the reduction of GP to TP. Reduction is the gaining of hydrogen and/or electrons! :) Hope this clears things up and thanks for watching!
@@BioRach Ah makes sense. Reduction can be both donating of Hydrogens and electrons. Thank you.
you explained it so well!
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Wow this was just amazing, God bless you for this🙏🏾
OMG i can't thank you enough you're a lifesaver for real thanksss
Really thankfull for this video to give proper idea of z scheme mechanism now can get the concept very easily and it will stay forever with me
Thankyou for making such a video ❤️
Awesome.... explanation.... 👍👍
Haha glad you found it useful :) thanks for watching!
Brilliant ! Consise and simple , thanks !!!
Glad you found it helpful! Thanks for watching :)
Excellent Explanation!
Glad you found it helpful! Thanks for watching :D
You ARE SO HELPFUL PLEASE KEEP POSTING VIDEOS♥️♥️♥️
Haha glad you found the videos helpful! Thanks for watching :D
This was very helpful, thank you!
Thank you so much you made it much easier
Glad you found it helpful! Thanks for watching :D
Very helpful, thank you!
Glad to be of help! Thanks for watching :)
Very nice and helpful video ♥
Glad you find it helpful! Thanks for watching :)
This is such a useful video thank you so much!! I do have one question, for the electron carrier and the EC in the diagram are they the same thing or is the EC the electron transport chain?
EC is just my shorthand for electron carriers! All of them together forms the electron transport chain. Hope this clears it up and thanks for watching! :)
@@BioRach thank you so much for clearing up my confusion! I really enjoy your revision videos, thank you so much for making them they really explain and break all of the content down into manageable chunks :)
Love from India ❤
I literally love you
Hiya, I'm just a little confused so after the Electron transport carrier from Photosystem II is there another ATP synthase like the one at the end (after the ECT from PSI) which is what produced the ATP?
Yes! There are multiple ATP synthases along the membrane, so there would be some found after each ETC.
Amazing video as always, I was just wondering is there a reason when would the plant choose use cyclic photophosphorolation or non cyclic phsophophorolation, thanks
The plant may opt for cyclic photophosphorylation if it's lacking in ATP! Keep in mind that the light-independent stage requires ATP for the conversion of substrates, so it can't do that if there isn't enough ATP.
@@BioRach Thanks makes alot more sense now 👍🏻
I was wondering how come only 1/2 an oxygen atom is released from the water molecule? Thanks, your videos are super helpful :)
It's 1/2 an oxygen molecule, so really just an oxygen atom, since there's only one per water molecule! Hope this clears it up and thanks for watching :D
@@BioRach Ah thank you! Hope you have a good day :)
Thanks, miss
Thanks for watching :)
Thank you
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