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

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    (Original post by alhrona)
    i got a negative -0.036 but i left it at that because i didnt know what to do
    Fair enoug
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    (Original post by igotnomoney)
    Fair enoug
    did you get that gradient , if yes how many marks will i get ?
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    Did anyone get B E1 to E2 for the UV photon
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    (Original post by alhrona)
    did you get that gradient , if yes how many marks will i get ?
    I got something like that, you should get 1 mark because without finding gradient you cant do anything else, i will be surprised if you didn't ...
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    Did anyone get 23.9 for one of the answers (maybe it was Young's modulus but i don't remember)

    Edit: lol i thought i was being smart by extending the line through the 'y axis' which apparently wasn't the y axis.

    There goes my D to an E
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    (Original post by 11234)
    Did anyone get B E1 to E2 for the UV photon
    Yeah! It was the only one for which had greater energy than the E3 to E2 I worked out all the values to be sure :P
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    (Original post by river222)
    Yeah! It was the only one for which had greater energy than the E3 to E2 I worked out all the values to be sure :P
    What did the diagram look like again D was E0-E1 C was E1-E2 B-E2-E3 what was the other one I cant remember exactly was there an E4?
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    (Original post by 11234)
    What did the diagram look like again D was E0-E1 C was E1-E2 B-E2-E3 what was the other one I cant remember exactly was there an E4?
    Oh yeah silly me the option answer was D
    Basically the ground state level to the one above it was around 8V?
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    (Original post by 11234)
    What did the diagram look like again D was E0-E1 C was E1-E2 B-E2-E3 what was the other one I cant remember exactly was there an E4?
    I estimated the wavelength of ultraviolet to be about 670nm and used delatE=hc/lamda to find an estimate for the difference in eV. Pretty sure it turned out to be E1 to E2
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    (Original post by river222)
    Oh yeah silly me the option answer was D
    Basically the ground state level to the one above it was around 8V?
    I think so but wasn't E3-E1 that of a visible photon
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    (Original post by Bobbbobbob)
    I estimated the wavelength of ultraviolet to be about 670nm and used delatE=hc/lamda to find an estimate for the difference in eV. Pretty sure it turned out to be E1 to E2
    Was that the SECOND smallest gap by any chance
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    The put the one that the biggest gap (ground state to the one above the ground state), I cant remember the numbers am I right?
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    What was the answer for the corresponding acceleration time graph for the given velocity time graph? I choice the one that looks like a graph of y = 1/x (which I think was D), but I think it was wrong, because the velocity time graph was way to steep for that (the integral for 1/x is lnx, which is pretty unsteep). So was there an option of an acceleration time graph with a constant straight line that had a negative gradient? Because if there was, then it was probably that one.
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    For the Iv graph did anyone get A where it showed conductance only after a certain voltage/current
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    (Original post by 83457)
    What was the answer for the corresponding acceleration time graph for the given velocity time graph? I choice the one that looks like a graph of y = 1/x, but I think it was wrong, because the velocity time graph was way to steep for that (the integral for 1/x is lnx, which is pretty unsteep). So was there an option of an acceleration time graph with a constant straight line that was negative? Because if there was, then it was probably that one.
    Is that the one which was falling?
    Because if it was then it was definitely D because if an object falls then acceleration is always 9.8
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    (Original post by aminxv)
    Full unofficial mark scheme anyone? I've think I did well on paper one, but I mucked this one up. What do you think about grade boundary over both papers? approx 110/140 for an A?
    2015 it was 97/140 for an A
    2014 - 109/140
    2013 - 108/140
    2012 - 105/140
    2011 - 101/140

    so probably around 100-110 for an A but you can't really tell since its the first year
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    (Original post by 83457)
    What was the answer for the corresponding acceleration time graph for the given velocity time graph? I choice the one that looks like a graph of y = 1/x, but I think it was wrong, because the velocity time graph was way to steep for that (the integral for 1/x is lnx, which is pretty unsteep). So was there an option of an acceleration time graph with a constant straight line that was negative? Because if there was, then it was probably that one.
    I put that because all of the other ones showed acceleration increasing or staying constant with time
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    (Original post by CBPAS)
    2015 it was 97/140 for an A
    2014 - 109/140
    2013 - 108/140
    2012 - 105/140
    2011 - 101/140

    so probably around 100-110 for an A but you can't really tell since its the first year
    Compared to previous years its a lot harder mostly because of the unknown timings of the exam.
    Personally I'd be surprised if it was greater than 100 for an A
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    (Original post by 11234)
    I put that because all of the other ones showed acceleration increasing or staying constant with time
    Well that's a relief. I hope you're not trolling
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    Did anyone put A for the IV graph of the mcq where it increases after a certain voltage and then Figure 6 is a straight line so it better than Figure 5 or anything along those lines
 
 
 
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