5210. - .0125 = 5209.9875
A decimal does not have to be smaller than 0 so 5210 IS a decimal.
The smallest two digit number is 00 (a number used as a wire gauge) and the largest is 99, so the difference between the largest and smallest 2-digits numbers is 99 (99 - 00)
999 - 100 = 899
When 107 over 333 is expressed as a decimal, it becomes approximately 0.321321321..., which reveals a repeating sequence. The repeating part, "321," consists of three digits. Therefore, the smallest sequence of repeating digits has 3 digits.
The smallest number is 5,789. The largest is 98,750. The difference is 92,961.
The difference is 360.
The smallest two digit number is 00 (a number used as a wire gauge) and the largest is 99, so the difference between the largest and smallest 2-digits numbers is 99 (99 - 00)
It only has 3 digits
0.1 is the smallest positive number with 2 digits and a decimal point. without a decimal point the smallest is 10.
999 - 100 = 899
When 107 over 333 is expressed as a decimal, it becomes approximately 0.321321321..., which reveals a repeating sequence. The repeating part, "321," consists of three digits. Therefore, the smallest sequence of repeating digits has 3 digits.
The smallest number is 5,789. The largest is 98,750. The difference is 92,961.
The answer is 885.987-102=885
The difference is 360.
Decimal has ten different digits - 0 1 2 3 4 5 6 7 8 9 Binary only has two different digits - 0 1
To number decimals from smallest to largest, first, align the decimal points to easily compare the values. Start by comparing the digits to the left of the decimal point; the smaller whole number indicates a smaller decimal. If the whole numbers are the same, compare the digits to the right of the decimal point, starting from the left. Order the decimals based on these comparisons until they are sorted from smallest to largest.
4/15 as a decimal is 0.26666 repeating
4111 is an integer and so there is no sensible way to convert it into a repeating decimal.