thanks every one, i got the answer
thats why i have to ask 'coz its too good to be true.
i don't think this question hurts you, does it?
its not your fault if you don't understand the question; but it is if you don't know how to ask. Besides, i only ask for hint and not the answer.
Devise a recursive algorithm for finding x^n \bmod m whenever n, x, and m are positive integers, based on the fact that
x^n \bmod m = (x^{n-1} \bmod m \cdot x \bmod m) \bmod m
can anyone give me some hints? i don't know where to start :frown:
thank you
I did like this:
Let u=\arctan{x} \Rightarrow du=\frac{dx}{1+x^2}
Let dv=\frac{x}{(1+x^2)^2}dx \Rightarrow v=-\frac{1}{2(1+x^2)}
\int{udv}=uv-\int{vdu}
=-\frac{\arctan{x}}{2(1+x^2)}dx+\frac{1}{2}\int{\frac{dx}{(1+x^2)^2}}
and then I'm blocked here:
\int{\frac{dx}{(1+x^2)^2}...
Hi everybody,
I have given an equation to calculate the final Value (FV) of an investment as follows:
FV= Principal*(1+{R/N})^{NT}
Where:
Principal = initial investment amount,
R = annual interest rate,
N = number of times compounding is performed per year; this can be quaterly (4...
http://img.photobucket.com/albums/v64/neik7/asg.jpg
this is neither a parallel nor a series circuit
i duno how to find the equivalent capacitance from a to b
can anyone give me some hint ? :cry:
thanks in advance
Help me please! :confused:
For the function f whose graph is given, arrange the following numbers in increasing order and explain why:
0
f'(2)
f(3) - f(2)
1/2[f(4) - f(2)]