Any predictions of questions for tom?

[Navman]

I am stressing out as haven't done enough preperation.  So I thought to ask .

[eilatan]

they'll probably be questions about complex numbers that i always get confused over how to approach answering LOL and dynamics/mechanics. i'm almost getting the hang of them (a little too late though now...)

hopefully we get a trig identities 'prove that' question. i'm good at them. although in saying that i've probably jinxed myself...

good luck!

[fredrick]

I assume theres going to be a integration question with initial conditions y(1)=0 or somehting. And anoter that says find an antiderivative. A man pulling a rope at x degrees to horizontal find acceleration(could be on an incline). A graphing question dont forget to show the y=0 asymptote. And so on...Oh and my teacher said there might be a vector proof in there cause there was none last year.

Have fun

[riadnicolas]

we can pretty much say one question from each chapter(from the heinamenn) book maybe two on integration

[dusty_girl1144]

i reckon something with tannnnnnnnnnnnnnnnnnnn ANYTHING... but SOMETHING with tan...

[*Roxxii*]

Hmm, do you think that if a topic has appeared in both of the last two years...
such as volume of solids of revolutions, cartesian equation of a position vector, and implicit differentiation...
Will it be more likely to appear again because these are the types of questions they want to test in exam 1?
Or will it be less likely to appear again as they have already been in the exam the previous 2 years?

And awwww, i hope you'll go ok tomorrow Navman.
Your definitely better off than me I only learnt half the course lol.

[ed_saifa]

They will put questions that were done poorly on previous exams.

[riadnicolas]

Hmm, do you think that if a topic has appeared in both of the last two years...
such as volume of solids of revolutions, cartesian equation of a position vector, and implicit differentiation...
Will it be more likely to appear again because these are the types of questions they want to test in exam 1?
Or will it be less likely to appear again as they have already been in the exam the previous 2 years?

i think they will come again just with a different twist to them

[dusty_girl1144]

Hmm, do you think that if a topic has appeared in both of the last two years...
such as volume of solids of revolutions, cartesian equation of a position vector, and implicit differentiation...
Will it be more likely to appear again because these are the types of questions they want to test in exam 1?
Or will it be less likely to appear again as they have already been in the exam the previous 2 years?

ZOMG!!! I HOPE THEY PUT ALL 3!!!

I LOVE THAT STUFF!!

implicit, solids of rev and turn to cartesian  :smitten:

[*Roxxii*]

Hmm, do you think that if a topic has appeared in both of the last two years...
such as volume of solids of revolutions, cartesian equation of a position vector, and implicit differentiation...
Will it be more likely to appear again because these are the types of questions they want to test in exam 1?
Or will it be less likely to appear again as they have already been in the exam the previous 2 years?

ZOMG!!! I HOPE THEY PUT ALL 3!!!

I LOVE THAT STUFF!!

implicit, solids of rev and turn to cartesian :smitten

Haha me too, they're like the ONLY things i can do lolz
But yeah, i'm just worried coz they've used it the last 2 years they wont put it on the exam again

[fredrick]

Theres prolly gonna be a slightly hard trig integration question maybe like or something similar as i havnt seen them test that before

[dusty_girl1144]

Hmm, do you think that if a topic has appeared in both of the last two years...
such as volume of solids of revolutions, cartesian equation of a position vector, and implicit differentiation...
Will it be more likely to appear again because these are the types of questions they want to test in exam 1?
Or will it be less likely to appear again as they have already been in the exam the previous 2 years?

ZOMG!!! I HOPE THEY PUT ALL 3!!!

I LOVE THAT STUFF!!

implicit, solids of rev and turn to cartesian :smitten

Haha me too, they're like the ONLY things i can do lolz
But yeah, i'm just worried coz they've used it the last 2 years they wont put it on the exam again

you confident with implicit now? thats great to hear! ... i probably didnt help, but hinder you ^^

would complex and vectors definitly be on? like if they put  r(t) [vector type questions...( diff and antidiff. ) ] would their be heaps on other vector stuff?

naww now im not so confident...

[dusty_girl1144]

Theres prolly gonna be a slightly hard trig integration question maybe like or something similar as i havnt seen them test that before

dont u just let u = one of then... and one is the derivative and then go fourth?

or break up the sin bit or something? ...

[fredrick]

yeh let u= cosx and break that sin^3x to (1-cos^2x)(sinx)

[*Roxxii*]

you confident with implicit now? thats great to hear! ... i probably didnt help, but hinder you ^^

would complex and vectors definitly be on? like if they put  r(t) [vector type questions...( diff and antidiff. ) ] would their be heaps on other vector stuff?

naww now im not so confident...

Hmm, not that confident with implicit, but i like solids of rev coz thats just purely following a simple formula and cartesian seems easy. I can sorta do complex numbers a bit now too i think...hmmm

I'm so gonna cry if its gonna be all different stuff this year coz i haven't studied for them...i'll probs get under 10 rofl