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~binomial(2;7,1/6) ?

addition

yea i'm from boredaussie lmao

Selling ACTL2001 Textbooks Mathematics of Investment and Credit (3rd edition) by Samuel A.Broverman + SOLUTION MANUAL (minor highlighting). Very useful text as tutorial questions are from this (yes they also give reference to this edition so why spend so much and get the new?) Total $45...

all my subjects are up like 2 weeks ago -_-

Selling ACTL2001 Textbooks Mathematics of Investment and Credit (3rd edition) by Samuel A.Broverman + SOLUTION MANUAL (minor highlighting). Very useful text as tutorial questions are from this (yes they also give reference to this edition so why spend so much and get the new?) Total $45 Money...

i think a lot of you don't understand what integration do... cept^

^no shiit, that's why there's integration. you take away the volumne of the inscribed cylinder first, then take away the top and bottom bit of the extra. or you can take away a long cylinder then add back the extra you took away. ps. if you disagree with the answer, something is wrong with u

i still think my way is simpler + easier + faster

i had my cylinder standing straight too... i drew this new diagram to help find the extra bit which is the same size no matter where you view it at

why the fk am i double posting...? i swear i click the post button once... this site is really laggy lol

sorry, still don't get what you're saying my x is refering to this volumn: my integral could be wrong (forgot about this crap already) but i still "THINK" im right

no, i don't get what you're saying but just imagine when you inscribe a cylinder in a sphere, there is a top and bottom hemispheres(not really a hemisphere because they're not half sphere, but you get the point) which you need to take away to get the volume

dude, are u kidding me? it doesn't matter what x and y is because it's a circle... and even if it matters, the answer is just a number that you sub in.... also i edited my latex code, don't quote my wrong one :p haha

with x=this shiit below juggle them a bit u will get the answer with 3/2 and not 2/3

actually no noobs... you need to take away the top and bottom bits...

i think question is wrong, i got 4/3 (a^2-c^2)^(3/2)

are the 2624 stuff neccessary? if they are i SHOTUGN THEM

ya the point of finishing the course early is so u can do over 9000 papers :) then as soon as you see the questions you can juts do it without thinking cos maths is boring and repetitive

pretty much every topics in 4u are self teachable except maybe conics, mechanics (if you are physics noob) and harder 3u stuff(?)