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A-level Physics

I'm planning on taking A-level physics and I wanted some insight from students who were already taking it/took it to help me find out more about the workload and what it was like

(I'm taking it as a fourth subject so if anyone is also taking it as a fourth that would be best as it would be most reflective):

- Is it heavy/difficult as a (fourth) subject - how did you personally find it?
- What kind of homework is set and how long does/did it take you?
- What do you do exactly in practicals, and how do you get assessed - what do you record in practical books?

Thanks

Reply 1

Original post
by Aligal
I'm planning on taking A-level physics and I wanted some insight from students who were already taking it/took it to help me find out more about the workload and what it was like
(I'm taking it as a fourth subject so if anyone is also taking it as a fourth that would be best as it would be most reflective):
- Is it heavy/difficult as a (fourth) subject - how did you personally find it?
- What kind of homework is set and how long does/did it take you?
- What do you do exactly in practicals, and how do you get assessed - what do you record in practical books?
Thanks

Hi Aligal,
I am a Y13 student taking Maths, Further Maths, Physics(AQA), and currently doing EPQ. I did computer science AS in Y12.

1) Obviously varies by person. The main topics common to all exam boards are(I think):
Particles and Radiation-Y12 mostly completely new concepts from GCSE, relatively easy
Waves-Y12, I found quite difficult, some GCSE content there
Mechanics and Materials-Y12, mechanics straight forward if doing A-level Maths since same content, materials is extension on GCSE content
Electricity-Y12, fairly straight forward, slight extension on GCSE content

Further mechanics and thermal physics-Y13, Further mechanics I found fairly straight forward, completely new from GCSE, though I would imagine would be a struggle if your Maths isn't strong. Thermal physics is extension of GCSE, not too bad.
Fields-Y13, by far the hardest topic I found in the A-level, GCSE barely scrapes the surface on this topic.
Nuclear physics- Extension of GCSE content, not that bad.

For AQA at least you have an option which your school picks for you, which you cover in Y13.
I personally find that physics requires the same amount of revision as Maths and Further Maths combined, but it will be different for different people. I think I have far greater aptitude in Maths then Physics. I like to make revision cards for each topic, alongside practise questions. I would say if your not planning too already to take A-level Maths, as would hugely help.

2) My school sets 2 physics homework a week which both take 2 hours. Usually just tons of old exam questions or questions on Isaac Physics or to complete the require practical write up.

3) During lesson, will have a lab partner, given some instructions for the experiment (though the amount of detail of instructions decrease as your lab skills get better), carry it out and collect data. Put the data in a table, do the write up. The write up is stating the method, variables, safety, graph, and analysis of data. There is 12 throughout the 2 years. The required practical's are a pass-fail sperate thing(though many unis would require a pass in this). The teachers just need to see that you have displayed a list of skills over the 12 practical's.

I think is very much doable. Feel free to ask any more questions.

Junias

Reply 2

Original post
by Juni1
Hi Aligal,
I am a Y13 student taking Maths, Further Maths, Physics(AQA), and currently doing EPQ. I did computer science AS in Y12.
1) Obviously varies by person. The main topics common to all exam boards are(I think):
Particles and Radiation-Y12 mostly completely new concepts from GCSE, relatively easy
Waves-Y12, I found quite difficult, some GCSE content there
Mechanics and Materials-Y12, mechanics straight forward if doing A-level Maths since same content, materials is extension on GCSE content
Electricity-Y12, fairly straight forward, slight extension on GCSE content
Further mechanics and thermal physics-Y13, Further mechanics I found fairly straight forward, completely new from GCSE, though I would imagine would be a struggle if your Maths isn't strong. Thermal physics is extension of GCSE, not too bad.
Fields-Y13, by far the hardest topic I found in the A-level, GCSE barely scrapes the surface on this topic.
Nuclear physics- Extension of GCSE content, not that bad.
For AQA at least you have an option which your school picks for you, which you cover in Y13.
I personally find that physics requires the same amount of revision as Maths and Further Maths combined, but it will be different for different people. I think I have far greater aptitude in Maths then Physics. I like to make revision cards for each topic, alongside practise questions. I would say if your not planning too already to take A-level Maths, as would hugely help.
2) My school sets 2 physics homework a week which both take 2 hours. Usually just tons of old exam questions or questions on Isaac Physics or to complete the require practical write up.
3) During lesson, will have a lab partner, given some instructions for the experiment (though the amount of detail of instructions decrease as your lab skills get better), carry it out and collect data. Put the data in a table, do the write up. The write up is stating the method, variables, safety, graph, and analysis of data. There is 12 throughout the 2 years. The required practical's are a pass-fail sperate thing(though many unis would require a pass in this). The teachers just need to see that you have displayed a list of skills over the 12 practical's.
I think is very much doable. Feel free to ask any more questions.
Junias
Hello Junias,

Very helpful, thanks.

Reply 3

Original post
by Aligal
I'm planning on taking A-level physics and I wanted some insight from students who were already taking it/took it to help me find out more about the workload and what it was like
(I'm taking it as a fourth subject so if anyone is also taking it as a fourth that would be best as it would be most reflective):
- Is it heavy/difficult as a (fourth) subject - how did you personally find it?
- What kind of homework is set and how long does/did it take you?
- What do you do exactly in practicals, and how do you get assessed - what do you record in practical books?
Thanks

Hi, I am in year 12 and take biology, chemistry, math and physics. I would say that it isn't necessarily hard, just needs enough time and energy like any other a level. In my school we usually are told to read, make notes, and summary questions of a few subtopics, and then my teacher goes through what we struggled on in class, sometimes we might get a booklet of questions for homework but that is it. In practicals, it's really different to the other sciences in my school, we have a plain A4 book in which we basically get a method sheet, and we are kinda just left after the practical and a brief conversation with our teacher on what to do. So you kind of decide to some extent what to write , for one practical write up so far I did 6 pages and another only 2, sometimes you need to extend on the method, talk tonnes about errors and calculating them. Personally find the write ups really draining, but I really enjoy the lessons thou, they are quite interesting.

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