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I (1), ii (2), iii (3), iv (4), v (5), vi (6), vii (7), viii (8), ix (9), x (10), xi (11), xii (12), xiii (13), xiv (14), xv (15), xvi (16), xvii (17), xviii (18), xix (19), xx (20)

Q: How do you write 1-20 in roman form with the real numbers next to it?

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It means write the next ten numbers that come after this.

There are infinite numbers after 90 but if you mean the next integer then it is 91

Those are all of the numbers from 100 to 999. Take any three counting numbers and write them next to each other. 284, 947, 882, etc.

you write a 1 and a dot next to it and a 3 with a horizontal line above the 3

-- Write down a list of the first ten whole numbers. -- For each one, multiply it by itself, and write the product next to it.

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It means write the next ten numbers that come after this.

These are prime numbers so the next prime number is '17' (XVII)

There are 31 of them. You can find them easily on your own, like this:-- On a piece of paper, write the numbers from 1 to 31 in a vertical column ...down the side of the paper.-- Start with ' 1 '. Multiply each number by itself, and write the result next to it.-- Next to 1, you'll write '1'. Next to '2', you'll write '4'. Next to '3', you'll write '9'.Keep going like that, one at a time, all the way down your list of numbers.-- When you get down to 31, you'll write '961' next to it, and that'll be the biggestperfect square number that's less than 1,000 . The next one is 1,024.

There are infinite numbers after 90 but if you mean the next integer then it is 91

5 with a little 3 next to it

Move on to the next task.

Those are all of the numbers from 100 to 999. Take any three counting numbers and write them next to each other. 284, 947, 882, etc.

you write a 1 and a dot next to it and a 3 with a horizontal line above the 3

The get a list of all even numbers, write the number 2, then slip the next number (3) and write the number 4. Continue by skipping every other number, which will be the odd numbers. Alternatively, write a consecutive list of all of the numbers from 1 to 50, then multiply each one by 2. The products are all of the multiples of 2, which are even numbers.

-- Write down a list of the first ten whole numbers. -- For each one, multiply it by itself, and write the product next to it.

You can write numbers either in "character" form or by word description. This 317 or "three hundred and seventeen" This 50,079 or "fifty thousand and seventy nine" Of course the numbers can also be written in the binary system, in which case the number 47 in "ordinary" number can be written as 101111. Here the first 1 is worth 32, the 0 is worth 0; the next 1 is worth 8, the next one 4, the next 2 and the last 1 is worth 1

Yes, all prime numbers over 3 are either of the form 6n - 1 or 6n + 1.