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FP1 WJEC PAST PAPERS

Page history last edited by Steph Richards 7 years, 10 months ago

FP1 is set twice a year in January/February and June.  The following exam papers are in PDF format.

 

June 2015

June 2014      Jan 2014

June 2013    Jan 2013    June 2012      Jan 2012   June 2011

Jan 2011    Jun 2010    Feb 2010    Jun 2009    Jan 2009    Jun 2008    Jan 2008    Jun 2007    Jan 2007

Jun 2006    Jan 2006    Jun 2005    Specimen 2005

 

The following worked solutions by Bardmeister are in PDF format.

 

Winter 2011

Summer 2010    Winter 2010    Summer 2009    Winter 2009

Summer 2008    Winter 2008    Summer 2007    Winter 2007

 

Any worked solutions that appear on this Wiki are the work of the Author and not WJEC.  If you find any errors or omissions please leave a comment below.

Comments (7)

lovemath said

at 12:20 pm on Feb 3, 2009

Are there worked solutions/mark schemes for these papers?

Steph Richards said

at 1:10 pm on Feb 3, 2009

Unfortunately I am not allowed to put the mark schemes on the site as they are from the WJEC's secure website. If there is a specific question then I could post a worked solution of my own if that would help. Alternatively (and probably better for you to have immediate access) There is an Author I know (Dr Barry Nix) who publishes worked solutions from 2008 back to 2003. http://www.johnnix.co.uk/css/booklet7.htm gives a link which is a little out of date but I am sure you could get the necessary details from there

Steph Richards said

at 1:20 pm on Feb 3, 2009

I have put a link in the sidebar on the Front Page to the WJEC ON LINE store. This link will take you to the past paper books that you can purchase from the WJEC directly. Hope this helps

Steph Richards said

at 9:28 pm on Jan 11, 2011

Thanks very much for these worked solutions! They should help greatly

DaisyMYH said

at 1:50 pm on Nov 9, 2012

Is there any chance someone could do worked solutions for the other past papers such as both of 2006's papers and Winter/Jan 2011? It would be really, really helpful. Thanks!

Tara said

at 10:03 am on Sep 12, 2014

In the worked solutions for winter 2010, in Q (1a) where does the +(1+2i) go? Why does it become x (1+2i)?

ArthurBaas said

at 2:13 pm on Sep 12, 2014

The 1+2i is taken out as a factor of the first two terms, the step in between would be f(1+2i)=(1+2i)[(1+2i)^2+1]. Hope that helps!

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