15, 16, and any higher number
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In normal mathematics, there are only 10 digits: 0, 1, 2, 3, 4, 5, 6, 7, 8 and 9. If working with a larger base (such as the hexadecimal), the above list is increased by adding letters of the alphabet: A, b, C, D, E and F. There is no digit that is greater than 14.
Are you really unable to answer that, or are you just testing us ?It is 68.
The least whole number with 6 digits is greater because it has more digits than 5 digits.
Any number that is greater than 14 or less than -14 will have an absolute value greater than 14. Mathematically expressed as if |n| > 14 then n > 14 or n < -14.
No it isn't.
14 is greater than -15
Are you really unable to answer that, or are you just testing us ?It is 68.
Integers of 6 digits are normally greater than integers of 5 digits
The least whole number with 6 digits is greater because it has more digits than 5 digits.
Any number that is greater than 14 or less than -14 will have an absolute value greater than 14. Mathematically expressed as if |n| > 14 then n > 14 or n < -14.
Yes, 14 is greater than 3.741657387
No it isn't.
14 is greater than -15
Because in our system of numbers 100,000 is greater than 99,999.
2
It's the number that has more digits to the left of the decimal point (if there is no decimal point, it's the number with more digits). If the number of digits to the left of the decimal point is the same, find the position farthest to the left where the digits are different. The number with the greater of those two digits is the greater number. For example, 10000 is greater than 9999 because 10000 has more digits, and 6350 is greater than 6349 because the farthest-left position that is different is the tens place, and 5 is greater than 4.
212 is greater than 14
34 is greater than 14.