To solve this problem, we need to find a three-digit number ABC where A, B, and C are distinct digits from 0 to 9. Let's denote the two-digit number as XY, where X and Y are also distinct digits from 0 to 9. We are looking for a three-digit number where XY is a single-digit percentage of the three-digit number.
For example, if we take 12 as the two-digit number XY, then the three-digit number ABC should be such that 12 is a single-digit percentage of ABC. This means 12 should be 1% of ABC. Therefore, the three-digit number that satisfies this condition is 1200.
Based on the rule of complementary base pairing, the number (percentage) of adenine is equal to the number (percentage) of thymine, and the number (percentage) of cytosine is equal to the number (percentage) of guanine.
none, by definition a 3 digit number is greater than 99, thus "020" and "20.0" can not be a 3 digit number
89
The first four-digit Fibonacci number is 1597 - equal to 610 + 987.
The digit 5 in this number is equal to five ten-thousandths.
21 and 20
The only other single-digit number higher than 5 which is a prime number is 7 - 9 is equal to 3 squared, and is thus not a prime number.
There is no 1-digit number that is equal to 14 and 28.
There are no three-digit numbers that equal 17. In fact, there are no numbers with more or less than two digits that equal 17. In fact, in the whole infinite supply of numbers, there is only one single number that equals 17. That number is . . . . . . . 17 .
Based on the rule of complementary base pairing, the number (percentage) of adenine is equal to the number (percentage) of thymine, and the number (percentage) of cytosine is equal to the number (percentage) of guanine.
1
51 Numbers30-9 is equal to the number of two digit numbers21*2=42Then you add the 9 single digit ones42+9=51
24
198 is the greatest three-digit even number that has no factor equal to 4.
As an 8 digit binary number it is equal to 166.
89
No 5 digit number can equal 12 and so there can be no answer to the question.