Edexcel IGCSE Physics Paper 2 - Last Minute Tips!

Hazel goes through her last minute tips to help you prepare for the upcoming Edexcel IGCSE physics paper 2 exam (2P/2PR)

SwH Learning is the new name for Science with Hazel

These SwH Learning videos are designed to help with your GCSE or IGCSE science revision.

To keep up to date with my SwH Learning videos and support:

Hazel completed her undergraduate degree at St John's College, the University of Cambridge. She then did a PGCE (Post-Graduate Certificate of Education) before qualifying as a science teacher. She now works full time as a professional tutor.

Material required for Grade 9 (A*) is included.

Please leave any topic requests in the comments below.

[fahadcharaf]

I was reloading every 5 minutes to see if she uploaded😭

[lovemaroon-hdxk]

Good Luck for Friday everyone! Lets smash

[YulanJayawardena]

Dear Miss Hazel,

I know I'm not an official student of yours, but I want to thank you so much for the wonderful and helpful service that you are doing for students worldwide as this helps a lot. I started watching your educational and helpful videos from the start of my Edexcel IGCSE 2024 May/June Exams and I've got to say that it really helps me do well for the paper. Your methods of teaching especially the predictions and the last-minute tips for Biology, Chemistry and physics were really Helpful, and I wanted to thank you Miss Hazel once again and I hope you will continue to do so even better in the future to put students towards the right path for their academic success.

Thank you, Miss Hazel!

With regards,
Yulan Jayawardena (from Sri Lanka).

[roxanabobe]

Thank you so much! Could you also make a video of IGCSE edexcel predictions for paper 2 ?

[bint_x_mohamed]

Hi Hazel, the exam (international GCSE) went pretty good, thanks to your videos, including this one and your all-in-one. However, there was this momentum question whose final answer I couldn't get. the diagram was as follows-
BEFORE COLLISION:
small ball 'A': m = 0.018 kg, v = 4.9 m/s
big ball 'B' = 0.265 kg, stationery.

AFTER COLLISION:
small ball 'A': v = 3.5 m/s
Using the diagram, show that the velocity of ball 'B' is 0.6 m/s.
no matter how I calculated, I got "0.268...".
(I'm pretty sure I'd be getting the step marks).

[lovemaroon-hdxk]

Thank you for this very helpful video Hazel!

[VaneesaKhan-wpkj]

Please make physics prediction video as well

[manojaprasangani]

Thank you very much Miss Hazel it is very helpful

[MadinaJamali]

Everyone just think of how we come home from the exam centre and just relax and and im sure yall will be jumping to revis.(i no i am)

[AdalbertX]

thank youu, but can you make a predictions video? ty

[ninrodxd]

did y'all study sum or am i cooked

[mariachristodoulou]

How come you add the momentums in the last question if it’s supposed to be the change? Wouldn’t it be 2.5

[Hamadaisreal]

for the last question, if it's change in momentum aren't you meant to subtract the momentums and not add?

[Jeymallo]

I have a small doubt in the last question of the video 12:11
Why do you add the two momentum when you calculate the change in momentum?

[nabidmostakim]

Does anyone have the list of topics that came in p1

[ImpChad]

I didn't understand the metal ball question anyone?

[chinnaduraib]

Can u please post the predicted physics paper 2 asap as I have exam tmrw morning....

[saifimran]

Hello hazel ive got a question at 5:01 it states it was cooled
Doesnt that mean you have to subtract the 11.1 from the initial temperature? Instead of adding it like you did

[justthibs]

why is the change in momentum them both added up? i thought it would be the difference, thanks smm literally saving our exams

[Rennqa.]

12:09 shouldn’t the 4.2 be negative since it’s moving to the left?