How I'd prepare for Paper 3 in A Level Physics

Here is how I would prepare for paper 3 in A-Level Physics.
First I would make sure that all past paper questions are solved thoroughly and I understand every point of the mark scheme. I would put my problem solving skills to the test and ensure that I understand all the concepts behind them.
Then I would also do one final check of the entire specification and see if I have missed or not understood anything.
To support this channel:

[cheesygoon]

i havent done a single paper 3 in my entire 2 years of physics and i have 2 days left.

[TheObloINATOR]

i have maths and further maths tomorrow and day after, was just thinking now is a good time to get ahead on paper 3 revision and i see this, absolute lifesaver!

[doncheadlefan]

Close now, time to close this off on a win, thanks for all the help! Hopefully I get an A and don’t have to retake! Best wishes!

[antonijepavlovic]

Hello Sir. Your videos are a blessing. Every ambitious physicist at my college watches your videos religiously. Thank you for saving our physics grades.

[ethandavis]

I have completely lost the will to revise at this point. I have just had enough. I don’t even care about meeting my offer anymore. I am so burned out and sick of all this.

[ebyr]

0:25 I think this has really been the focus this year. Not much of the spec has come up in the papers all things considered, but there's been a LOT of application, especially in unfamiliar ways. I wouldn't be surprised if they lean more into this in the future.

[mikejugo]

i want to say thanks sir for everything, you really helped me in my revision and these videos deserve way more views

[RakuyoHITS]

paper 3 looking like an electromagnetism nightmare for ocr a
😶

[karthiks]

A cylindrical furnace has height (H) and diameter (D) both 1 m. It is maintained at temperature 360 K. The air gets heated inside the furnace at constant pressure Pa and its temperature becomes T = 360K The hot air with density p rises up a vertical chimney of diameter d = 0.1 m and height h = 9 m above the furnace and exits the chimney (see the figure)As a result, atmospheric air of density Pa = 1.2 kg m³, pressure Pa and temperature T_{a} = 300l enters the furnaceAssume air as an ideal gas, neglect the variations in p and 7 inside the chimney and the furnaceAlso ignore the viscous effects.
Considering the air flow to be streamline, the steady mass flow rate of air exiting the chimney

is
(Jee advanced controversial problem 2023 try to solve it)

[zhelyo_physics]

Give me your tip on how to prepare for paper 3! : ) Good luck everyone!

[rustclip]

I’m getting like 13~20 from past papers I’m so worried bruh nothing in paper 3 makes sense

[KiranKumar-tgne]

i do ocr i'm so lost what do I even do? I feel like i've forgotten everything from paper 1

[mizukun]

yea no shit, this came in my reccomended after my paper 3.. I'm filling for paper 2

[JMPComps]

hi z physics please do this question for me it will be easy for u lol it was a uncertainty question that came up on aqa chem - it said pipette has uncertainty of 25cm + 0.05cm, burette has uncertainty of 24.5 + 0.05cm, find total percentage uncertainty of pipette and burette

would u add the absolute uncertainties then find percentage unc of that - 25 + 24.5 to get 49.5, then do 0.05 + 0.15 to get 0.2, then do 0.2/49.5 x 100 to get 0.40404 = 0.4

or add the individual percentage uncertainties - (0.05/25 x 100) + (0.15/24.5 x 100) to get 0.81

[sneakndmolishtv]

Hey your videos are great and id be soooo grateful if you could make an Electronics summary video :)

[KiranPatel-wljz]

Why is absolute uncertainty in gradient [m(best) - m(worst)] rather than [m(best) - m(worst)] / 2 ?

[oliviachillingworth]

i dont even think ive looked at astrophysics exam questions yet my teacher finished so late😭

[RingsideReels]

I do aqa, and oh boy the past papers are horrible.

i have a math and further math exams in the afternoon. But i am gonna tevise paper 3 before those exams

[jffeouw]

Sir, it's Practicle paper do they provide the apparatus etc to solve questions or we have to do it on our own

[Levnt]

Is there any tips you have for year 13 (currently in year 12)?