IGCSE Physics Paper 42 - Feb/Mar 2024 - 0625/42/F/M/24 (Q1-6) SOLVED

0:00 Intro
0:10 Question 1
4:29 Question 2
7:47 Question 3
11:38 Question 4
14:22 Question 5
16:47 Question 6

More tutorials videos on solving past exam papers will be uploaded soon.

Thank you for watching and please ask me any questions on the comment sections. I will try to reply to your questions as soon as possible. I would really appreciate it if you guys could like my video and please subscribe to keep up to date :)

For additional study resources check out my other videos, such as





For instant updates and the opportunity to reach out to me, follow my Instagram account @learntodayigcse. Your safety is important, so stay safe, and may God bless you all!

All narration by me.

tags
#igcse #igcsephysics #examtips #study #2023 #physicsexam #study #gcse #gcsephysics #gcse2023 #igcse2023

how to get A in IGCSE PHYSICS 2024 | memorisation techniques, how to use past papers, get an a* in gcse physics, physics , igcse year 11 , gcse year 10 , IGCSE Advice 2023 : Things I wish I knew before Year 10 + Year 11 Tips from an A*/9 Student year 10 advice, igcse advice, advice for gcses, year 11 advice, year 10 gcse advice, year 11 gcse advice, all a*s at gcse,how to get all a*s in gcse,how to get all a*s in gcses,all a*s,how to get straight as,how to get a* at gcse,how to get a* in gcses,how to get all as in gcse,how to pass gcses,gcse all a*s,gcse all as, gcse all 9s, how to do well in gcses,how to do well at gcse,school advice,exam tips,revision tips,all a* gcse,gcse results, 2023 gcse revision tips,gcse advice,all 9s at gcse,how to get all 9s at gcse, gcse,gcses,a*,all 9s,how to get all 9s,year 11,how to revise for gcse,how to revise gcse science,how to revise chemistry gcse,how to revise physics gcse,how to revise effectively gcse,how to get all 9s at gcse,all 9s at gcse,how to get 9s at gcse,how to revise effectively for gcse,how to get all a*s,how to get a*s at alevel,how to revise alevels,how to revise for alevels,best revision method for alevel and gcse, year 11 advice, year 10 advice, prepare for gcses, new revision method for gcse

[NayyarShazeab-tbkg]

Can you explain how upward force and weight are equal in Q2b(ii)?

[Bfi]

13:27 in this part the answer is wrong because the mass should be taken 2.184 not 2.2 because 2.2 is rounded value. Also the temperature will be 160 degrees (180-20=160). So final answer would be 698880, rounded to 700 000J

[Waterbots]

I swear you are the answer of my prayers 🎉❤❤

[mridultiwari]

3:45 can we solve Q1) b)ii) like this:
F = mv - mu (18000x0)-(18000x8.9)
=
t d/s = 23/8.9

0-160, 200
= 61, 984 N
2.5845

[mridultiwari]

4:00 = you can calculate acceleration
(v-u)/t = (0-8.9)/(23/8.9)

[rishabhtalwar]

in 1(b)(ii) why cant we use f=mv-mu/t ?

[AasiyaR]

Q4) 180-20=160 degrees and not 60 degrees

[SpaceVolt]

At 14:58, for the bluetooth data connection, why is the answer not infrared? The course specification mentions that infrared is used for short range communications, and bluetooth is a type oc short range communication isn't it?

[coldfries]

omg you're amazing! I had no idea i had to give my answers to two s.f. and i find out just now, a DAY before my p4! Thank god i watched this video. Literal lifesaver

[thatdudette]

Hi could you discuss the 2024 chemistry paper4 soon. It would help a lot :]

[mridultiwari]

20:20 why not magnified? Why isn't that correct?

[chloetan]

I love ur videos so much! I always get so excited when u post🙌🏽!!

[mridultiwari]

pls share physics notes which you've showed in the video

[rameenkarim]

you are heavily underrated THANK YOU SO MUCH FOR THIS

[ADHEERAPREMKUMAR]

4b 2nd division change in temperature is 180-20=160, it's not 60 degree celcius.

[ishh]

is there a way to access the notes ur using? it would be very helpful

[welp_ikdmate]

for question 5b. isnt that wrong cause diffraction doesn't change wavelength so just draw 3 waves with same wavelength as diffracted waves(1 cm)

[m.lux]

Hi teacher i was wondering where can i find those 2024 papers?? Is it publised public or??

[Herche]

Hello, in 13:22 wouldn't the change in temperature be 160°C instead of 60°C?

[mridultiwari]

7:15 why can't the force upwards be greater than weight to lift the object?