not bad but gotta improve more, gotta shorten my timings. U got S last yyr right ?
Yes , but it was borderline and it was STEP I , so it doesn't mean I'll do great in STEP II,III . We'll see soon. I have a problem with time as well . I want to be very accurate on what I'm writting and I'm spending so much time on each question especially in III. But I'm improving .
Do all Cambridge math offerholders have a thread talking about themselves ? ... HmmAnyway you seem to be one of the most friendly and normal Btw is Chemistry part of your offer or do you study it just for knowledge's sake ?
I think it's a TSR thing. There's a wider group of people that have these blogs I believe. Thanks, I'm flattered My offer includes an A in Physics or Chemistry, so it both is and isn't. And Chemistry is really interesting. I've really built up a taste for the subject.
I think it's a TSR thing. There's a wider group of people that have these blogs I believe. Thanks, I'm flattered My offer includes an A in Physics or Chemistry, so it both is and isn't. And Chemistry is really interesting. I've really built up a taste for the subject.
Of course Chemistry is awesome . I thought it was an awful subject because in my country the syllabus is awful but A-levels are so much greater. I started in March and I now I think it's a very elegant science. Did you prove the 109.5 angle in methane ? It could be a nice STEP question
Of course Chemistry is awesome . I thought it was an awful subject because in my country the syllabus is awful but A-levels are so much greater. I started in March and I now I think it's a very elegant science. Did you prove the 109.5 angle in methane ? It could be a nice STEP question
I do remember having a go at that. Was it 2arcsin2/3?
Now it's your turn , tell me something cool that you learned in chemistry.
Oh idk... everything Isn't it amazing that the concentrations of species in a dynamic equilibrium always satisfy a constant Kc expression? I have no idea how that works...
Oh idk... everything Isn't it amazing that the concentrations of species in a dynamic equilibrium always satisfy a constant Kc expression? I have no idea how that works...
Of course it changes with temperature . Actually I found that interesting as well so I asked my teacher to give me extra notes : these stuff are extremely cool they use differential equations and statistical mechanics in a more advanced level , I'd like to study the basics in summer ...although after STEPs its preferable to just go to the beach (I'll have a dilemma). The thing is ... they make sense mathematically speaking which is awesome.
Of course it changes with temperature . Actually I found that interesting as well so I asked my teacher to give me extra notes : these stuff are extremely cool they use differential equations and statistical mechanics in a more advanced level , I'd like to study the basics in summer ...although after STEPs its preferable to just go to the beach (I'll have a dilemma). The thing is ... they make sense mathematically speaking which is awesome.
The differential equations aren't taught at A Level Chemistry, but it's quite easy to set them up and solve them (the basic ones) using A Level maths. Ye, things like the Kc expression follow eventually from collision theory.