We are currently struggling to cover the operational costs of Xtremepapers, as a result we might have to shut this website down. Please donate if we have helped you and help make a difference in other students' lives!
Click here to Donate Now (View Announcement)
ummm I haven't actually started the application booklet yet in school but as far as i think... yeah i think you have to prepare it like you would prepare any other part of the syllabus. understand it, practice it and learn it.
I just rechecked the syllabus content and yes like you said all the chemistry of life topics are included! (more pressure XS) thanks for answering
, btw do you have any idea where I can find p5 notes or classified past papers?
umm the past papers are available on xtremepapers' papers section.I just rechecked the syllabus content and yes like you said all the chemistry of life topics are included! (more pressure XS) thanks for answering
Thank you so much for the help and adviceumm the past papers are available on xtremepapers' papers section.
the notes ... well there are no hard and fast set notes but check out the apparatus you are allowed to use in p5 as well as the volumes because mentioning the volumes in the p5 experiments is REALLY IMPORTANT. other than that search the xpc forum for paper 5 notes. I'm sure you'll get some help. I'll upload the ones I found too .... I found these on some forum or the other on xpc...
And yeah the most important thing is to practice past papers of paper 5 along with the marking schemes and examiner reports (all are available on papers.xtremepaper.com). My advice will be to start from 2013 and move backwards from there yearly doing your own variants first and then move on to the other variants. That will give you more than enough practice for paper 5
Best of Lcuk
, I could use all the help needed because right now .So do you think I should start solving p5 even if I still haven't finished the syllabus?
Yes you should. do you remember the atp paper from o levels? paper 5 is more or less the same in essence as the atp paper. except that in this paper we need to DESIGN and ANALYZE the experiment procedure and not just work on the results. So it can be done (mostly) without the syllabus help as well.Thank you so much for the help and advice
Yes sure if you don't mindYes you should. do you remember the atp paper from o levels? paper 5 is more or less the same in essence as the atp paper. except that in this paper we need to DESIGN and ANALYZE the experiment procedure and not just work on the results. So it can be done (mostly) without the syllabus help as well.
I could give you the links for the papers and questions that we have done in class up till now if you want... we haven't completely done the syllabus but we did do these papers... they are just 8 questions btw.. so maybe it would be better if you see for yourself the papers and which questions you can do and stuff.... Best of Luck.
and no problem
thanks a lot As far as I understand you're supposed to take the color opposite to that of the color absorbed , because the color absorbed is not the one that will be reflected into our eyes , that means anything other than the color blue absorbed is the one our eye will see get it? do you have an idea about the simple color wheel? in the question if blue was absorbed the color red is the one that our eyes will see because it is opposite to the color blue in the color wheel. Here take a look at this pic. I know orange is the opposite in the pic. but the option wasn't provided so red is the closest so blue is opposite to red and red is opposite to blue ..hope I made any sense hehe
hydrogen floride
is it that simplehydrogen floride
most probably it stands for a condition
yeah well it does seem kinda weird ...is it that simple
But does it make sense adding hf to methyl beneze .. i mean there should be a flouride in the compound ?
we know that hydrogen fluoride is HF
here you goYes sure if y
Yes sure if you don't mind
Thats the same which came to mind tooWhich MS has this answer ?? Plz let us all know
hf reminds me of that formula of Energy required for electrons to jump up from one energy level to one higher than that,where h is Plancks constant and f is frequency
For almost 10 years, the site XtremePapers has been trying very hard to serve its users.
However, we are now struggling to cover its operational costs due to unforeseen circumstances. If we helped you in any way, kindly contribute and be the part of this effort. No act of kindness, no matter how small, is ever wasted.
Click here to Donate Now
