thank you thank you thank you!! my teacher in year 10 wasn't the best and my teacher now in year 11 is setting us lOADS of work which i don't understand as i've never been taught, but you explain it so so well, and within a month i've already gone up a grade from just watching your videos! i've been predicted a 6, so here's to that!
This has relieved a lot of my stress, as I would always get these questions wrong, after watching this, it has made a lot of sense and is much easier now. Thanks
‘NOT A’ means that the input being reversed is ‘A’, meaning if the input of ‘A’ is 0, a ‘NOT’ gate will turn it into 1. This does not have any affect on the input of ‘B’ because a NOT gate only allows one input
Are u sure in 3:15 ? ... because in ( and ) rule if we consider 0 = T .. 1 = F .. the we have t and f = f ... so 1 and 0 = 1 .... not 0 can u please explain how did u make it 1 ?
Hi, im due to be taking my AQA Computer Science Paper 1 GCSE exam this Monday. I would really really appreciate it if you could just reassure me that we need to know how to construct truth tables and represent logic gates in notations as shown in the video for our exam. Thanks
I understand that the syllabus for igcse is a tough one as its always changing, but the NAND, NOR, XOR etc logic gates are in the IGCSE revision book, Im guessing we should be learning them?
thank you thank you thank you!! my teacher in year 10 wasn't the best and my teacher now in year 11 is setting us lOADS of work which i don't understand as i've never been taught, but you explain it so so well, and within a month i've already gone up a grade from just watching your videos! i've been predicted a 6, so here's to that!
Well done!! I'm glad to have helped :)
You’re literally my teacher as my school teacher is very subpar
Thanks for the help. Since watching these vids I’ve gone up from a 6 to a 9 predicted grade. Thank you sir
What did u get on results day?
when you have your GCSE tomorrow morning -_-
Louis Wilkins I do AQA it’s in paper 1 you muppet.
When you didn't sit them coz of covid
WHEN IT SPED UP LMFAAAOOOO
This has relieved a lot of my stress, as I would always get these questions wrong, after watching this, it has made a lot of sense and is much easier now. Thanks
does this still work for 2024 gcse papers?
bit late, but prolly cos the spec hasnt changed as far as im aware
couple of hours before paper 2, thank you!!
Sir, you are an absolute life saver. Honestly saved my grade so much! Thank you for being awesome, do you have a patreon or anything?
I don't, but thank you!
Done with paper 2 revision, exam is in a month or two, ill leave another comment when i come back to this before i do the exam
Im getting confused on 2:50 isnt NOT return the opposite so B = 1 and NOT A = 0?
‘NOT A’ means that the input being reversed is ‘A’, meaning if the input of ‘A’ is 0, a ‘NOT’ gate will turn it into 1. This does not have any affect on the input of ‘B’ because a NOT gate only allows one input
@@mamitomoe982 thankyou
Are u sure in 3:15 ? ... because in ( and ) rule if we consider 0 = T .. 1 = F .. the we have t and f = f ... so 1 and 0 = 1 .... not 0 can u please explain how did u make it 1 ?
Your logic is right, but in this example Q is (NOT 0) AND 1, so both sides of the operator are 1, giving 1 as the output
Thank you so much! I have my AQA Computer Science Exam tomorrow and we were never taught this.
Hi, im due to be taking my AQA Computer Science Paper 1 GCSE exam this Monday. I would really really appreciate it if you could just reassure me that we need to know how to construct truth tables and represent logic gates in notations as shown in the video for our exam. Thanks
Yes you do, it’s not that difficult though
4:18 wtf
they get worse
its been sped up
I understand that the syllabus for igcse is a tough one as its always changing, but the NAND, NOR, XOR etc logic gates are in the IGCSE revision book, Im guessing we should be learning them?
Yeah, there's a lot of stuff I haven't covered yet for the IGCSE I'm afraid
This is so awesome i really like
thank you so so so so so much! xx