Ok it's pretty easy :1) All the #'s with odd #'s at the end like 1,3,5,7,9 are prime(ALSO!! 2 is the only even # that is couted as a prime # IDK why ask your teacher.)
2) all the prime #'s are 01, 02, 03, 05, 07, 11, 13, 17, 19, 23, 29, 31, 37, 41, 43, 47, 53, 59, 61, 71, 73, 79, , 83, 89, 97
3)I want to add somthing also... All the other #'s ending in 5 ARE Composite so 05 is the only odd # that is like that
Hoped this helped someone:)
the best set of numbers is irass-anal numbers. so if you want to find it it is irass-anal numbers stupid fuck's
227 is a prime, so the best answer is 227 over 100
A finite set of rational numbers.
The best way to estimate a quotient using compatible numbers is to first understand how compatible numbers work. They are numbers that are close in value to the actual numbers and are easily added, subtracted or divided.
The set is represented by Z.
u remember
There is no simple way. The difficulty wit prime numbers is that there is no pattern.
Remember that the number has no other factor than one and that number.
If you are playing the factor game, the best move is usually the highest available prime number. Prime numbers have two factors. You get the number, your opponent gets 1.
The answer is 1100. Simply add the numbers together arithmetically as you would for the problem two plus two. To check your work, a calculator is the best option.
Yes, there is a way to memorize the prime numbers from 1-100. You can go through the rules of divisibility. The best way to memorize a series of numbers is just to repeat them over and over until you have them down. The average person needs to repeat something at least 20 times before they remember it.
There is no single word to describe it. The best phraseis "a prime decomposition" of the product.
There is a proof that there is no such formula for generating all the prime numbers. Best, TSA
113 is a prime number. 111 and 115 are composites.
There are infinitely many prime numbers so it is impossible to memorise them. Prime numbers do not follow any simple rule so it is not possible to memorise them by learning a rule either. Your best bet is to use them often so that you become familiar with them and so will recognise them. Also, learn the factorisation of odd numbers - since after 2, you need not bother with even numbers.
Leonhard Euler
donuts are the best, put this answer to the test. if its wrong be my guest, and put the answer to rest