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Q: What is the smallest number that you can form using the digits 465 918?

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145,689

Including the leading zero, the smallest number you can make from the digits 03418 is 01348. Without the leading zero in the ten thousands column, the smallest number you can form from the digits 03418 is 10348.

It is 10000.

Standard Form

99997

standard form

The largest even number that can be made with those digits is 9740 .

The largest odd number that can be made with those digits is 9407 .

001234557889 is the answer.

What is the smallest number of glucose molecules that can form a polysaccharide?

The largest number with no repetition of digits (if that is what is meant) is 9876543210. The "smallest" number with no repetition is the negative of that if we allow negative numbers so the difference is zero. If by "smallest" we mean non-negative number, the smallest number with no repetition is 0 so the difference is the original number, 9876543210. If by "smallest" we mean smallest positive number, the smallest positive number without repeating digits is .01, so the difference is 9876543209.99. The unambiguous way to write a number smaller than 1 is to prefix it with "0." To be extremely precise, if by "no repetition" you mean to require that form and to exclude 0.01 because there are two zeros, then the smallest positive number "without repetition" is 0.1 and the difference is 9876543209.9. Everything depends on exactly what is meant by the question. It is important to avoid ambiguity in mathematics - and in everything else.

What is the smallest number of glucose molecules that can form a polysaccharide?

This smallest number is ten.

The standard form of a whole number is when a whole number is written in digits with commas separating the digits into groups of three starting from right to left

1/1 = 1

A way of writing a number using digits.this is a different person speaking it means the answer of the problem.

5210. - .0125 = 5209.9875 A decimal does not have to be smaller than 0 so 5210 IS a decimal.

The number before the decimal point is written in word form without suing "and". Next an "and is used where the decimal point appears. Then the number after the decimal point is written out in word form (again, without using "and"). Finally, the inverse power of ten is written and this is based on the number of digits after the decimal point.For 1 digit: tenths 2 digits: hundredths 3 digits: thousandths 4 digits: ten thousandths 5 digits: hundred thousandths 6 digits: millionths and so on.

55 = 3125 of them. The smallest being 111,115 and the largest 666,665

It depends what rules you apply... 6+5=11, 11-9-1=1, 8/4=2 minus the 1=1 ! That's just one solution - I'm sure there are others.

The number 4.If you want to use all the digits, proceed from left to right, using the SMALLEST possible digit in each case. Thus, the first digit would have to be 3, the next one a 5 (since you need to keep the only even digit for the end), the next one 9, and finally the 4.

It depends on what is meant by "using" - in a string or with operators; and are leading zeros allowed? The smallest positive string, with no leading zeros, is 1023456789. If a leading zero is permitted, then it is 0123456789. Once you allow operators, it depends on which operators, and the question becomes extremely complex.

Assuming a seven digit whole number: 1,111,111. But if you have to use at least one (2) digit, then 1,111,112.

The number of digits is log10(Graham's number) rounded up to the next whole number; this number is still extremely large and impossible to write in simplified form.

It means writing a number using the cardinal names for its parts rather than digits. For example, "twelve" rather than "12".