999,999
The largest 3-digit number in base 3 is 222. Its decimal equivalent is 26
Three tenths is .3 as a decimal.
Three hundredths as a decimal is 0.03.
You can convert three eighths into a decimal by diving the three by the eight, which is 0.375
3/8 (three-eighths) as a decimal = 0.3753/8:= 3 ÷ 8= 0.375 in decimal
Oh, dude, the largest BCD encoded decimal value that can be represented in three bytes is 999,999. I mean, like, you could totally fit a lot of numbers in three bytes, but that's the biggest BCD number you can squeeze in there. So, yeah, if you ever need to store a really big decimal number in three bytes, just remember 999,999.
No. The square root of three is an irrational number. That means that it cannot be represented as a fraction. Any terminating decimal can be represented as a fraction with some power of 10 in the denominator.
0.53 is the largest of the three.
program that take three decimal number as input and find the largest among them in assembly language
In the decimal system, the largest digit in any place is 9.
The largest 3-digit number in base 3 is 222. Its decimal equivalent is 26
999 is the largest 3 digit number because each of the three digits is the largest possible value (9). Whole number simply means that there is no decimal part or fraction.
Thirty-three and four tenths is a decimal number represented as 33.4. It consists of the whole number 33 and the decimal fraction 0.4, which is equivalent to four tenths. This number can also be expressed as the fraction 334/10 or simplified to 167/5.
three hundredth as a decimal = 0.03
Three to four to decimal is 0.75.
Thirty-three and one third is written as "33 1/3" in numerical form. In words, it can be expressed as "thirty-three and one-third." Alternatively, if you need to use a decimal, it can be represented as approximately "33.33."
Three tenths is .3 as a decimal.