Recent content by Krypton

What do u ment by not at all ? Is it not at all possible? Or not atall imposible?

Hay i am not using a computer to calculate it that way. I need some techiques could u pleasezzzz...Z

If r varies frm c/sinß to b/cosß , what are the values of ß in both the cases ?

What is the sum of the digits of 2^1000 check my algoriathm, let y=2^1000 then logy = 1000log2 = 301 and y=10^logy=10^301 since (1,0) r da only digits of 10^n 4all n=1,2,3,4,... The sum of digits equals 1 , but it is not the answer ...Why?

Plz show me how u arrived at the new limits '' "

Thanx ! , both u geniees ...

Is it impossible to find an equation giving the mth digit of 2^n ?

"inte[x=a to b] [y=c to d] f(x,y) dxdy = inte[r=sqrt(a^2+c^2) to r =sqrt(b^2+d^2)] [ß=arctan(c/a) to arctan(d/b)] f(rcosß,rsinß) rdrdß " is this expression currect ?

Plz wait 4 a day., its midnight in INDIA n ma brain had almost slept. I 'ill b vhappy if u could solv ma prob... Thanks in advance!

How to find the mth digit of 2^n

How to calculate, non-graphically, the new limits of integration when change of variables r done to a double integral?

What is the non-graphing method to find the new limits ? Someone please,,,,,...!

How can i find the new limits of integration when change of variables are done to a double integral ,without graphing the function. ? Some one please reply