AQA GCSE Physics Paper 2 (Higher Combined) 8464/2H - 14th June 2024 [Exam Chat]

Original post by Talkative Toad

AQA GCSE Physics Paper 2 (Combined Higher Tier Trilogy) 8464/2H - 14th June 2024 [Exam Chat]
Welcome to the exam discussion thread for this exam. Introduce yourself! Let others know what you're aiming for in your exams, what you are struggling with in your revision or anything else.
Wishing you all the best of luck. :yy:

General Information
Date/Time: 14th June 2024
Length: 1hr 15 mins
Resources
https://www.aqa.org.uk/subjects/science/gcse/combined-science-trilogy-8464

last paper guys we got this !!

Reply 3

username6464513

0

10

Any predictions?

Reply 4

chocolemon08

9

bro i don't have a physics teacher

Reply 5

Original post by chocolemon08

bro i don't have a physics teacher

same

Reply 6

i think theres only one practical we need to know

Reply 7

Original post by lano07xo

i think theres only one practical we need to know

bro theres 5

Reply 8

suspicious-plow

1

Original post by Es-Sk

bro theres 5

which ones?

Reply 9

Original post by suspicious-plow

which ones?

Stretching a Spring
Acceleration
Ripple Tank
Waves in a solid
Infrared

Reply 10

username6464513

0

10

Original post by Es-Sk

Stretching a Spring
Acceleration
Ripple Tank
Waves in a solid
Infrared

If there is a 6 mark requires practical question, I think it’ll be on either Hooke’s law or waves. I also think there might be one on the electromagnetic spectrum or maybe stopping distance

Reply 11

oh yh i forgot about the the ripple waves one

Reply 12

I think there will definitely be a 6 marker on hookes law or/and ripple tank and also electromagnetism aswell

Reply 13

Also a 3 marker on transformers is pretty much guaranteed

Reply 14

djdjfkfk

2

Original post by dhdnen

Also a 3 marker on transformers is pretty much guaranteed

isnt that paper 1

Reply 15

Original post by djdjfkfk

isnt that paper 1

thats what i was thinking as well

Reply 16

My bad I meant a transmitter. There is a 3 marker on how the electrical signals in a transmitter produce a signal in the receiver

Reply 17

Original post by dhdnen

My bad I meant a transmitter. There is a 3 marker on how the electrical signals in a transmitter produce a signal in the receiver

what would the answer for that be?

Reply 18

. Electrical current/oscillations in the transmitter produce radio waves
. Radio waves absorbed by the receiver inducing electrical current/oscillations in the receiver at the same frequency

Reply 19