# 2016 Official AQA New Spec AS Level Physics Paper 2 - 9th June 2016Watch

3 years ago
#301
(Original post by money-for-all)
0.62
For the moment question 0.62 is the wrong answer. If the sphere is uniform then the force acts halfway through it, so 12 + radius =14.5cm. Then it is 0.145Ã—5=0.725Nm, youll probably get 1 mark though
1
3 years ago
#302
(Original post by 456CJ)
Did anyone get alpha as 10
yeah i did that was a trippy one
0
3 years ago
#303
(Original post by champ_mc99)
What was the phase difference pi/8?
Put pi/4 coat it was 1/8th of a wavelength path difference. thus phase difference was 2pi/8 so that simplifies to pi/4
1
3 years ago
#304
(Original post by champ_mc99)
What was the phase difference pi/8?
Yeah thats what I got
0
3 years ago
#305
(Original post by 456CJ)
Did anyone get alpha as 10
10.1? I did.
0
3 years ago
#306
(Original post by champ_mc99)
What was the phase difference pi/8?
i got pi/4
0
3 years ago
#307
anyone ran out of time? was a hard paper tho
0
3 years ago
#308
I bet i can predict the future,
this is where your going to be next year

http://www.thestudentroom.co.uk/show....php?t=4055791
1
3 years ago
#309
And the maximum emf I got 1462.5
0
3 years ago
#310
(Original post by mstrcvk)
For the moment question 0.62 is the wrong answer. If the sphere is uniform then the force acts halfway through it, so 12 + radius =14.5cm. Then it is 0.145Ã—5=0.725Nm, youll probably get 1 mark though
i got .725 but i gave it as .7 as the 5N was 1 sigfig do you recon thats acceptable?
0
3 years ago
#311
35 for an A
4
3 years ago
#312
(Original post by 456CJ)
And the maximum emf I got 1462.5
yeah i got around that but i think it depends on your graph
0
3 years ago
#313
guys why did we choose physics
6
3 years ago
#314
(Original post by mstrcvk)
Yeah thats what I got
It was 1/8 of a wavelength (2pi), so pi/4
0
3 years ago
#315
(Original post by metrize)
35 for an A
if that's the case maybe I can scrape a C
1
3 years ago
#316
(Original post by ilovepotc)
I got that
I got that eventually, did a bit of trial and error and then worked backwards to check the answer haha.
0
3 years ago
#317
(Original post by metrize)
35 for an A
Wishful thinking, I reckon 48 for an A
0
3 years ago
#318
(Original post by 456CJ)
Did anyone get alpha as 10
Nahh I remember getting no answer for this one if I remember correctly
1
3 years ago
#319
(Original post by Chickenslayer69)
Think you had to use lambda = h/mv. With an alpha particle, there are 4 protons/neutrons, so the equation turns into lambda = h/4mv, leading to 4lambda = h/mv.
Yeh I did 1/4 based on your logic as well. It's defo correct.
0
3 years ago
#320
The paper is out of 69 or 70 still?
0
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