D. 0.0001.......first the zero before the decimal point is devided by 2....so it gives out 0 as a reminder so u right 0. at first then to do the part after decimal...first multiply 0.625 by 2 which gives out 0.125 as a fractional number so 0 would be the number after "0." ...and again the answer 0.125 is multiplied by 2 which gives out 0.25....so again we get a zero as an integer so now it would be "0.00..." ....again multiply 0.25 by 2 which gives out 0.5....again the integer is 0....so we add another 0 after 0.00....which would then become 0.000.....after that again multiply 0.5 by 2 which would give 1 as a result....as the fractional part is over, u need to stop here....so add that 1 after the 0.000 which gives 0.0001 as a final result.
1. The CPU (central processing unit) does the calculations and comparisons that make the computer work. They use millions of transistors to do so.
2. The ROM holds all the programs on the computer. This is most often the "C" drive.
3. The ROM also has the operating system that is used to run the computer.
Binary values are used to denote the 'ON' and 'OFF' state of a computer. The 'ON' state is denoted by the binary value '1'
- The 'ON' state of a computer represents the mode when the computer system is running and can be used to perform computing operations.
- The binary values '0' and '1' are used to designate the ON and OFF state.
- When the computer is ON, it is designated by the binary value 1 ; while the OFF state is designated by the binary value 0.
Therefore, the number which signifies the ON state of a computer is 1.
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Whenever creating a professional action plan, it might be easier to do an "if...then..." plan, or just a daily plan, like this:
Monday:
Kitchen:
Do dishes
Sweep floor
Wipe counters
Bedroom:
do laundry etc,
