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A (4,0) is a point where the circle with the equation x^2+y^2=16 cuts the X-axis. Find the locus of the midpoints of all chords of this circle that contains the point A.

Yea, but it isnt, 12 either. Youll get 11329.2826 which is way off. I am thinking, its 13, but without the last added 600. So itll be 600(1+1.06+1.06^2...1.06^13) - 600. Is there anykind of q like that?

Yea i know about the pt of intersection. And i did two seperate integrals, one for sin and one for cos. Im just wondering if the answer is wrong?

Yea their terrible. But i did the workings according to 13 terms, and i got 600 off. Like 600 too many...

Or to put it more simply, my question is when does interest get calculated? If its annually, is it the first day of input?

Are you sure its 13? The problem i have is knowing how many yrs its presented. Cause it starting 1st december, and finish by december 2008. So shouldnt A1 = 600(1.06)^12?

Q2 is right, but Q1, i think it 273124.028, acquired from 3000 (( (1.045)^37 - 1)/0.045) cause its (1+1.045...+1.045^36)

Jasmine deposists 600 into an account on the 1st December each year starting in 1995. She recieves an interest rate of 6% p.a. compounded annually. How much will her total investment be worth by december 2008 How much interest has she recieved.

y=2sinx x y=2 cosx Find the exact area bounded by the curves and the xaxis, between pi and 3pi/2. I keep on getting 4, but according to answers, thats not rite.

Just a deviation. Who thinks she good looking, for a 40 yr old mum?

Big suprise aye? This will be good, fresh new blood, especially christian blood.

Grab it whilst you can. I remember another one thread with Conq, Chm Context + Jaracaranda... dunno if it got pull down or not.

Full of passion and vibrance, ambitions drives with a unbelievable strength. But beyond this trying phase nothing really much to look forward to. Study + school work, sleepy always, very fews sole relaxing times...

Man, weve had plenty of lessons, but really slow going. Only finished complex... but i dont get anything! Teacher just rushed through the whole chapter.

Darn... Cant believe i missed it. Thx so much, thats been teasing me all day now.

Please, I am desperate!

What about Eluer's Formula. cos\theta + isin\theta = e^{i\theta }

Wow.. the brilliant!

Cmon... someones gota know?

O jeez. Get me a hint?