yes you can
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There are 25 of them. Here's an easy way to find them:-- Write down all the numbers from 1 to 100.-- Cross out all the even numbers except '2'.-- Cross out all the numbers with digits that add up to a multiple of '3', except '3'.-- Cross out all the numbers that end in '5', except '5'.-- Cross out any others that can be divided evenly by any number other than '1' and themselves.-- The 25 remaining numbers are the primes you're looking for.I told you it was easy !
1. write all the numbers from 1 to 100 2. cross off 1 as it is itself and it is not needed 3. except for 2 cross out all the multiples of 2 (the even numbers) 4. except for 3 cross out all the numbers that are a multiple of three(some would already cross off after you get rid of the even numbers except for 2) 5. except for 5-because 4 is crossed off- cross off all the multiples of 5 6. except for 7-because 6 is crossed off- cross off all the multiples of 7 7. repeat this until you get to 100-which would already be crossed off- and all the numbers that are not crossed off are the prime numbers prime numbers = numbers that divide by 1 and itself e.g. 2=2/1 /=divided by 1 and 2 only so is prime. if you don't know your multiples then count the amount e.g. 5 so count every 5 7 so count every 7 and so on hope i helped -Kevin mcclay yr 9 st annes academy Langley genius 2012 :D
I have three flowers: a rose, a tulip, and a daisy.
All of the prime numbers are odd except for two.
The numbers divisible by 2 are called the even numbers. There is no special name for "all even numbers except 2".
All even number are composite because they can be divided by 2 except 2 which is a prime number
The set {x ∈ R ; x ≠ -2} is the set of all those real numbers, except x = -2.
3 ties in all 1 red 1 blue 1 brown Melissa ...................................... 6: 2 red 2 brown 2 blue
no all even numbers except 2
the answer is all them except about 2 or 3
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