Here are the names of the column, starting from the left, followed by the designation that I have assigned to it:
hundred millions - a
ten millions - b
millions - c
hundred thousands - d
ten thousands - e
thousands - f
hundreds - g
tens - h
ones - i
Start with the left-most digit, determine its value, and assign that value to the a designation. Continue in that manner moving to the right until all digits have been read and assigned to a letter designation as listed above. I will give the description using the designations that I have assigned, but when actually reading the number, substitute in the value rather than the assigned designation. For the millions, thousands, hundreds, and ones, read each digit as follows: 1 - one, 2 -two, 3 - three, 4 - four, 5 - five, 6 - six, 7 - seven, 8 - eight,, 9 - nine, 0 - (omit, i.e., don't read anything). For the ten millions, ten thousand, and tens columns, read each digit as follows: 1 - ten, 2 - twenty, 3 - thirty, 4 - forty, 5 - fifty, 6 - sixty, 7 - seventy, 8 - eighty, 9 - ninety. Use this exception, if the tens, ten thousands, or ten millions column is 1, then omit the reading of both the tens and ones columns as listed above, and substitute the following for the combination of tens and ones columns: 10- ten, 11- eleven, 12 - twelve, 13 - thirteen, 14 - fourteen, 15 - fifteen, 16 - sixteen, 17 - seventeen, 18 - eighteen, 19 - nineteen.
Using the rules listed above, start from the left and read the number as follows, remembering to substiture in the determined value rather than the letter designations:
a hundred, b, c million, d hundred, e, f thousand, g hundred, h, i
I hope that this explanation is clear.
This is not true. Think about any 4 digit multiplied by 1. This remains a 4 digit. In the case of any 4 digit under 5000, multiplied by two would also be a 4 digit number
If you allow non integers, then your smallest four-digit number would be .0001. If you only allow integers, then your smallest four-digit number would be 1000. Your largest four-digit number would be 9999.
The lowest common multiple of 5 and 9 is 45 and 11 times 45 is 495 which is the greatest 3 digit number divisible by 5 and 9
I would just call it a "400-digit number".
No it would be 2-3 digets depending on the number.
This is not true. Think about any 4 digit multiplied by 1. This remains a 4 digit. In the case of any 4 digit under 5000, multiplied by two would also be a 4 digit number
This is not true. Think about any 4 digit multiplied by 1. This remains a 4 digit. In the case of any 4 digit under 5000, multiplied by two would also be a 4 digit number
The answer is vague but correct . Take any prime number and any other number whose combined digit length is 401 and their product will generate a 400 or a 401 digit number.
If you allow non integers, then your smallest four-digit number would be .0001. If you only allow integers, then your smallest four-digit number would be 1000. Your largest four-digit number would be 9999.
The lowest common multiple of 5 and 9 is 45 and 11 times 45 is 495 which is the greatest 3 digit number divisible by 5 and 9
I would just call it a "400-digit number".
The lowest three digit odd number would have to be -999.However, if you mean the lowest three digit positive number, it would be 101.
-998 would have to be the lowest three digit even number. If you mean a positive number, it would be 100.
6 times
No it would be 2-3 digets depending on the number.
123,456,789
1 The largest five-digit number is 99999 and the smallest six-digit number is 100000, so the difference is one. If you're just looking for an answer to a homework question, that's all you need. For the brainy: Suppose the answer was greater than one. That would mean that there are one or more numbers between the largest five-digit number and the smallest six-digit number that cannot be written with either five or six digits. Either they would have to be written with four or fewer digits, which would make them smaller than any five-digit number, or with seven or more digits, which would make them larger than any six-digit number. If the answer was less than one, it would mean that it would be possible to have a five digit number that was greater than a six-digit one. So the answer must be one.