Question

((0000 0001 + 0000 0010) -0000 0100) + 0000 0101 = ? (binary)

Answer 1

ok , so binary to number conversion

Answer 2

yeap :D

Answer 3

let me put an example and then do urself and then tell me the answer ok..

Answer 4

i want result as hexdemical, and binary

Answer 5

well i think the asnwer is :0000 0100 and 04
dunno if its true thats why i asked

Answer 6

korcan i am not an expert in doing this but better to google it i mean google the topic u would get it easily , WELL I THINK UR ANSWER IS CORRECT

Answer 7

well i learned from google so i wanted to check if i learned it right or wrong from someone knows it -.-'

Answer 8

I think it's right i went to
Ask.com
thats what i got

Answer 9

yea i also kyrie , u r right korcan

Answer 10

kk

Answer 11

i coded a thing that write to screen Hellow assembly in hexdemical :P

Answer 12

:P

Answer 13

wuld you like to see codes? :D

Answer 14

:D no not nw

Answer 15

:D kk

Answer 16

( (1+2 ) -4 ) +5 = 4

Answer 17

((0000 0001 + 0000 0010) -0000 0100) + 0000 0101 =

0000 0001
+ 0000 0010
------------
0000 0011

-0000 0100
0000 0011
-----------
-0000 0001


+0000 0101
-0000 0001
------------
0000 0100 = 8

Answer 18

or is that 4?

Answer 19

0
1
10
11
100 .. its 4 :)

Answer 20

its 4 :D :D

Answer 21

working with hexdemicals, and binary is really funny :D

Answer 22

The answer is 4

Answer 23

Octal, base 8, is superior to hexadecimal for software debugging. The octal symbols, 0 through 7 can deal with three binary bits and at time and the multiplication and addition tables are only 8 by 8 in size. In adding one more bit, the hexadecimal system comes into play with the symbols 0-9 and A-F . The associated multiplication and addition tables are now 16 by 16 in size. As a result of the hexadecimal complexities, Hewlett Packard designed and manufactured the HP-16C calculator for Engineers and Programmers. Thank you IBM.