Transport in Plants: The Phloem | A-level Biology | OCR, AQA, Edexcel

[@owais0229]

SnapRevise, we really need a video on the whole of biology compressed and summarised into one video

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Sheesh that aint snappy tho

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go to the channel's playlist section, it prob has a playlist of all the videos in one playlist just watch it thru that

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Just thought I should study during the quarantine and saw these ,I must say this was very helpful, thank you very much sir

[@launchpadlearn]

You're welcome! Glad it was helpful!

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Broooo I literally understand everything my teacher TRIED “teaching”

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I actually get this now. Really couldn't wrap my head around this concept so Thank you!!!!

[@launchpadlearn]

You're welcome! Glad it helped! 💯

[@lifeofmine6060]

THANKYOU SO MUCH I HAVE AN EXAM IN 30 MINS AND THIS HELPED ME ALOT

[@batoolwzaidi6676]

THAT MAKES SO MUCH MORE SENSE NOW

[@launchpadlearn]

We're glad! 😊

[@SirSnipington]

9:35 why doesn't the sucrose just directly diffuse from high conc in leaf tissue to low conc in companion cells? What's the point of having to use hydrogen and co-transport to bring it into the companion cells?

[@ahmedhussain5515]

because sucrose is a large molecule and it's not polar.

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I missed a lesson at school n this made me cover up in the best possible way!

[@rosehathaway9129]

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[@launchpadlearn]

You are so welcome! Happy to help!

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Thank you. This really helps because it goes over the content that is missing from my textbook

[@launchpadlearn]

You're very welcome! Glad it was helpful!

[@am-cb8vn]

this is AMAZING. Thank you! Well explained!

[@launchpadlearn]

You're very welcome! Glad it was helpful!

[@amajdalaweyeh1582]

Well explained, you made it so easy as piece of cake .

[@launchpadlearn]

Thanks! Glad you liked it! 😊

[@izfizz3449]

Really well explained thank you :)

[@launchpadlearn]

You're very welcome! Glad it was helpful!

[@seif7115]

Very helpful and easy to understand

[@launchpadlearn]

Glad it was helpful! 😊

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[@launchpadlearn]

You're welcome! 😊 What platforms do you suggest us to advertise? I'll let the others know. Thanks! 👍

[@peterhunt1968]

Good lesson - thanks 🙏

[@launchpadlearn]

You're welcome! Glad you liked it!

[@LucasMakes]

Very interesting stuff, well explained for laymen.

[@launchpadlearn]

Thanks! ✌

[@aanyasrivastava9234]

Why are H+ ion transported to the surrounding leaf tissue in step 1?

[@vashappeningbradford6795]

because theyre really rude and deserve to be moved first, serves them right

[@abdullahs6872]

Lol i think it's so they build up outside the companion cell and then make a concentration gradient so sucrose can bing to the hydrogen ions and can move back into the companion cell

[@la-xw6ov]

you just saved me thank you

[@emilyli1289]

Really Thanks!

[@launchpadlearn]

You're welcome! 😊

[@digitomkku9848]

Thank you, very well explained.

[@naghamdefallah931]

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[@stevenfrancis2585]

Good session

[@launchpadlearn]

Thanks! 😊

[@araizshafiq778]

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thank you so much

[@launchpadlearn]

You're welcome!

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[@launchpadlearn]

You’re welcome 😊 Glad it was helpful!

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legend

[@launchpadlearn]

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[@arya6085]

Great video. To crammers like me: 1.25x speed

[@9464dhhudheub]

Tysm

[@dez_gun1844]

Love you

[@launchpadlearn]

Glad you liked the video! 😊

[@taewiz_]

Very helpful and easy to understand