You can get binary equivalents with the scientific calculator, included in Windows (among others). In Windows XP, set it to "scientific" (in a menu option). The calculator in Windows 7 has a special "Programmer" mode.
The idea is to select "decimal" mode (this is initially selected by default), type the number, then select "binary".
The equivalent decimal for 2.35 is 2.35. When a decimal has two decimal places, it is already in its simplest form. There is no need to simplify it further. In this case, 2.35 is the most accurate representation of the original number.
No. It's going to be a decimal. (78.3 repeating)
To determine the number of significant figures in a number like 235, you need to consider that all non-zero digits are significant. Therefore, 2, 3, and 5 are all significant figures. Additionally, trailing zeros after a decimal point are also considered significant. In this case, since there is no decimal point present, the trailing zero in 235 is not considered significant. Hence, the number 235 has three significant figures.
[ 235 + 470 ] / 2 = 705 / 2 = 352.5
235 = 2.35*10^2 or ten raised to the second power. This is easily verified by moving the decimal point in 2.35 two places to the right, yielding 235.
235/100 = 2.35
You divide percent values by 100 (or move the decimal two places to the left) to get the decimal equivalent: 235% / 100 = 2.35
235/250 as a decimal is 0.94
It is simply 235.0 as a decimal
235 thousandths = 235/1000 = 235 divided by 1,000 = 0.235
The equivalent decimal for 2.35 is 2.35. When a decimal has two decimal places, it is already in its simplest form. There is no need to simplify it further. In this case, 2.35 is the most accurate representation of the original number.
0.0025
0.235
117.5= 117.5 * 100%= 11750%= 1175/10 or 235/2 in fraction117.5 as a decimal is equal to 11750% or 235/2 in fraction.
235 is itself a real number.
0.235
235/1000