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did they put the [water]=1? becuase the concentration of liquid water never changes.... try compressing water.

check out the chicks there and try to look hard...which Gym is this btw?

check out the chicks there and try to look hard

i try that as well

do u like have a vagina? you are such a girl. man the Fook up.

i did my hours in movieology. lets hope it gets me into garbology :D

yay!

how about this METHOD!: you put the two equations together and then find the discriminate. if it is zero, then the tangent forms a "double root" with that parabola! x =2y+2 x^2 =4y^2+8y+4 16y=4y^2+8y+4 0=4y^2-8y+4 0=y^2-2y+1 \Delta =b^2-4ac \Delta =4-4(1x1)=0$ $ $Hence, only one solution...

just wait till u get to the HSC :P

just study hard... the number of hours is proportional to your ATAR... there might be a few after this post that say " nah, hours don't mean shit". but it does. do 4hrs a night and u will be set. keep ur notes up to date and keep on the ball

what is SKB? and i bet a rep point that this year in the HSC, there will not be a "hint" question beforehand.... they will just give u the integral who wants to bet?

who are they? i heard they have sex with cows and eat carrots

hoping : 96+ expecting 94

LOLz. im a stalker of his.. from best to worst 1. Ideas to implement(explains a lot of things in life) 2. quanta(interesting) 3. motors and generators(too easy) 4. space(so dry)

come one pepz.. lets keep the ball rolling! Trials are in a few weeks!

yeh lol, i just remember seeing that when i was studying for chem in yr 11 and i always remembered it... seemed cool

would people recommed learning the results by heart?

well if u only saw that, then i suggest reading it again. i only integrated the volume of the sphere so that its a sphere that is missing sections from the top at bottom with a radius of c. hence this eliminates the need to remove the extra two sections from the ends as it wasn't there to start...

i don't think thats in the course but i remember reading about it equilibrium constant: this is a figure which gives an indication of which way the eqib position has shifted. Reaction quotient: this is the instantaneous equilibrium constant (they have the same formula) the difference is if it...

that only does something when gasses are involved