Edexcel A-Level Physics Paper 1 (Advanced Physics I) - 20 May 2019 [Exam Discussion]

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_gcx
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Edexcel Physics Paper 1 (Advanced Physics I)

Date: 20 May 2019
Session: PM
Length: 1h45
Marks: 90 (30% of the total A-level)

Paper 1 covers:
  • Topic 1 - Working as a Physicist
  • Topic 2 - Mechanics
  • Topic 3 - Electric Circuits
  • Topic 6 - Further Mechanics
  • Topic 7 - Electric and Magnetic Fields
  • Topic 8 - Nuclear and Particle Physics

A formula booklet is at the end of the paper, and can be found here.

At least 40% of the marks over the three papers is awarded for maths at level 2 or above.

Other Edexcel Physics Exams:
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_gcx
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If you're planning to use old spec papers a mapping is below:

  • Unit 1 - Mechanics
  • Unit 2 - Electric Circuits
  • Unit 4 - Further Mechanics, Electric and Magnetic Field, Nuclear and Particle Physics
These units do not contain anything not in the new specification.

The following do not appear in the old specification:

  • Moments
  • Derivation of equations for resistors in parallel and series.
  • Conduction models and the LDR
  • Derivation of centripetal acceleration formula using vectors.
  • Electric potential and equipotential lines.
  • Simple AC theory: rms currents and voltages
  • Baryon number and lepton number used to determine whether a particle interaction is possible.
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Htn_02
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4 days! Everyone ready?
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_gcx
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(Original post by Htn_02)
4 days! Everyone ready?
Almost there - mainly concentrated on the Year 2 content until recently. Now I've realised I have a few gaps in waves/year 1 electricity that I'm trying to fill. (mostly stuff I haven't covered properly since AS mocks and have since forgot) Hoping for a similar difficulty/similar boundaries as last year. Don't really enjoy Paper 1, (with the only exception really being particle physics) prefer the stuff on paper 2, so I'll be glad to have this out of the way. (at least until the synoptic/practical questions on paper 3)
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Curiousstudent03
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Anyone know what equations/formulas we need to remember?
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solark
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What are you guys scoring on past papers?
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_gcx
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(Original post by Curiousstudent03)
Anyone know what equations/formulas we need to remember?
They're all given in the formula sheet. Can't think of any that aren't except \phi = BA (but you should know that from what magnetic flux density is)

The formula sheet is found at the end of the paper and can be found here: https://qualifications.pearson.com/c...ationships.pdf
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Curiousstudent03
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(Original post by _gcx)
They're all given in the formula sheet. Can't think of any that aren't except \phi = BA (but you should know that from what magnetic flux density is)

The formula sheet is found at the end of the paper and can be found here: https://qualifications.pearson.com/c...ationships.pdf
Thanks!! I swear there were some more though.. like Vp/Vs = Np/Ns for transformer coils, except I can't remember. I know there are lots that are like definitions but I always forget to use them in the exam 😂
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Curiousstudent03
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Side note, are we allowed to rip the formula sheet off the back? It's so annoying to keep flipping to it..
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solark
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Are transformers on the specification?
(Original post by Curiousstudent03)
Thanks!! I swear there were some more though.. like Vp/Vs = Np/Ns for transformer coils, except I can't remember. I know there are lots that are like definitions but I always forget to use them in the exam 😂
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Curiousstudent03
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(Original post by solark)
Are transformers on the specification?
Are they not? idk they're in the Edexcel revision guide, I haven't really looked at the spec
They do have context things in the book though so it might not be
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_gcx
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(Original post by solark)
Are transformers on the specification?
Transformers have appeared in specimen papers but did not require any specific knowledge. You just needed to apply Faraday's law.
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Htn_02
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Any predictions on what may come up guys?
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TinyTitan
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My teachers have said potential dividers, and maybe vector diagrams.Anyone know which derivations could be in Paper 1?
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Curiousstudent03
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I'm not sure. I'm worried about what weird contexts they might throw at us
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ZizouAli
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I’m PANICKING right now! 😢
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Curiousstudent03
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SAMEE!! I've also got an economics exam on the 20th which is really not ideal timing (
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Curiousstudent03
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But WE'RE GONNA BE OKAY!!!! I promise
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Htn_02
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(Original post by TinyTitan)
My teachers have said potential dividers, and maybe vector diagrams.Anyone know which derivations could be in Paper 1?
The acceleration formula (but that came up last year or i think the year before-so highly unlikely it’ll come up again this year).
Ek= p^2/2m
The resistance formulas for circuits
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_gcx
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My teacher is pretty adamant on the derivation of the molecular KE equation coming up in paper 2, but it came up in the Extra SAMs so I'm not so sure. This is only the third live paper, so no real trends will have arisen yet. (indeed often there are few when a spec has been running for years!)
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