my doggie

i luv u,
i luv u,
i luv u,
my small cute friend.
u r black n white.
but we shared, n enjoyed EVERY color of life.
be it:

auspicious red, or
sunkissed gold, or
soothing silver, or
pretty purple, or
blissful blue, or the
forever green.


u were ALWAYS there when NOONE was with me.
n i admit u never ever behaved with me rudely.
bt it was this friend of urs, who sometimes
used to get annoyed.
n u ALWAYS used to forgive me.
i know u did understand EVERYTHING.
today u r not with me here.
i MISS u lot.
i really want to play with u,
in the rains, as we used to, BEFORE.
u r so VALUABLE to me.
do u REMEMBER the path,
which we DISCOVERED on our last walk.
i am sure u do.
and do u REMEMBER that chase.
u were behind a calf.
n i was running behind u.
how i JUMPED n stopped u.
n how, u many times BROKE the chain n ran away.
u used to look behind, to see,
was i BEHIND u or not.
n do u still remember,
we used to play HIDE N SEEK.
n do u remember those innumerable UNIQUE games,
which we INVENTED for ourselves.
i am sure, u MISS those moments, n me.
today we are thosands of kilometers APART.
today, only MEMORIES of u,
my sweet buddy,
r with me.
but even those memories IS a TRUE TREASURE for me,
mon ami la joli.

C++

i have almost completed Virtual Functions.
one topic is left:
and that is Early vs. Late Binding.
after completing it i will start studying, Templates.
Answer to some Questions about the This pointer still elude me.
but i am sure that will find the answers.

E=mc²

can you tell me,
how much energy will a small paper clip will produce,
when it is converted into energy completely.
well, for sure, you have to use the famous formula:

E=mc².

okay, try the following webpage and find out, how much energy can you get,
by converting a given "mass" into energy completely.

http://www.1728.com/einstein.htm

-------------
--------------------
------------------------
-------------------------------
------------------------------------------

little bit of Mathematics

take two numbers x and y.
add them.
we get z = x + y
so we have: x, y, x+y
then repeat the process and get:
x, y, x+y, y + x+y, x+y + (y+x+y), y+x+y + (x+y + y+x+y)..........
find ten numbers like that.
now you can find the sum of these numbers very easily.
just get the seventh number in the list.
multiply it by 11, and get the answer.
Example:
1. 12

2. 13

3. 25

4. 38

5. 63

6. 101

7. 164

8. 265

9. 429

10.694
-----------
sum = 1804
-----------

and 164 * 11 = 1804

-----------------------------