Thank you so much for all your videos :) They honestly help so much and I actually understand topics now, whereas before I had to force myself to memorise a textbook full of things I didn't understand. Thanks again!
+Sophie Awww thank you so much for your lovely comment! Don't waste your time memorising things you don't understand as you won't know when to apply them in the exam! BBC bitesize is a great source of info and the test bites are good for checking your understanding. Don't forget to like my fb page for more tips and advice! x
I asked my physics teacher and apparently she did questions B wrong, he said ‘she’s assuming 100% efficiency’, u have to do 3 x 6000 = 18,000. V helpful video though.
hey sorry for disturbing you I am currently going to do the 2018 papers fro science do you have any past questions that would be suitable for the 2018 paper
Hi Hazel, thanks so much for making this video! Just a suggestion, but is there any way that you could do a video on electrostatics & uses of electrostatics? If you could, that would be amazing, but if not don't worry. Thanks again!
i am slightly confused as to why the question bothered to mention "each coulomb of charge can carry 3J" though. sounds like it could've been a red herring?
I’m really confused with the question right at the end. If the question before said the total resistance, wouldn’t for the next question you would have to divided 12 by 3 as there are 3 resisters? So the answer would be 4?
the resistors are in series, so the resistance is added up together. video would've been perfect if she did more sample questions and showed different setups.
Thank you so much for all your videos :) They honestly help so much and I actually understand topics now, whereas before I had to force myself to memorise a textbook full of things I didn't understand. Thanks again!
+Sophie Awww thank you so much for your lovely comment! Don't waste your time memorising things you don't understand as you won't know when to apply them in the exam! BBC bitesize is a great source of info and the test bites are good for checking your understanding. Don't forget to like my fb page for more tips and advice! x
Not sure about question B. Doesn't the 24000 need to be multiplied by 3J as it says each coulomb of charge can carry 3J in the question?
well detailed and very usefull...thanks for the video. keep it up...love your personality as well,quite jovial.
This video is really helpful. It's really understandable and the way you talk is cool as well .Thank you very much!🥰
Thank you so much!!! Your videos are so helpful and have saved me plenty of time!
I asked my physics teacher and apparently she did questions B wrong, he said ‘she’s assuming 100% efficiency’, u have to do 3 x 6000 = 18,000. V helpful video though.
LIFE SAVER!!!
This has been so helpful!!!!!
+Kirstin Daisy Thank you! Sorry for all the pauses!
where can i get perfect answer revision guide pdf for physics?
On my website www.swhlearning.co.uk
@@SciencewithHazel can i get pdf version ?
@@GurleenOnTH-cam no
hey sorry for disturbing you I am currently going to do the 2018 papers fro science do you have any past questions that would be suitable for the 2018 paper
rip for tomorrow good luck
that was a really helpful video!
Hi Hazel, thanks so much for making this video! Just a suggestion, but is there any way that you could do a video on electrostatics & uses of electrostatics? If you could, that would be amazing, but if not don't worry. Thanks again!
thank you so much this was really helpful
thank u so much it is helpful.
Thanks!
Thanks
Where did the four come from
+Abdi Hogsade It's given at the top in the question; it states 4V
i am slightly confused as to why the question bothered to mention "each coulomb of charge can carry 3J" though. sounds like it could've been a red herring?
THANK YOU :)
I’m really confused with the question right at the end. If the question before said the total resistance, wouldn’t for the next question you would have to divided 12 by 3 as there are 3 resisters? So the answer would be 4?
the resistors are in series, so the resistance is added up together.
video would've been perfect if she did more sample questions and showed different setups.
hhmm it doesn't look like a lamp to me
Cap