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Prime numbers up to one hundred?
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 !
How do you find the median in an odd set of numbers?
you cross the numbers out from back to front
How will you use the sieve of Eratosthenes to get all the numbers less than 50?
Write out the numbers 1 to 50 in 5 rows. Cross out 1. Start at 2 and cross out multiples of 2. That would eliminate all the rest of the even numbers. Go to the next uncrossed-out number (3) and cross out all of its multiples. Some of them will already be crossed out. You can stop by the time you get to eight. All of the uncrossed-out numbers are prime.
Why product of two negative numbers is positive?
because the negatives cross out each other and your left with positive numbers to multipy.
What is sieve for prime numbers?
The Sieve of Eratosthenes is one such. Write out the numbers 1 to 100 in 10 rows. Cross out 1. Start at 2 and cross out multiples of 2. That will eliminate all the rest of the even numbers. Go to the next uncrossed-out number (3) and cross out all of its multiples. Some of them will already be crossed out. Proceed in this fashion. Five will be next. You can stop by the time you get to ten. All of the uncrossed-out numbers are prime.
Leaving Bombay you would then cross what mountains?
when leaving Bombay you then would cross what mountains? anonymous
Prime numbers up to one hundred?
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 !
Why do some Christians that have an empty cross in the church have a cross with jesus on it?
The empty cross represents the Resurrection, for after Jesus died and was removed from the cross leaving an empty cross. He arose after 3 days.
What body of water did slaves cross after leaving West Africa?
The Atlantic Ocean
How do you find the median in an odd set of numbers?
you cross the numbers out from back to front
Involves hanging a condemned person from a cross and leaving him to die of exhaustion and suffocation?
crucifixion
What involves hanging a condemned person from a cross and leaving him to die of exhaustion and suffocation.?
crucifixion
Involves hanging a condemned person from a cross and leaving him to die of exhaustion and suffocation.?
crucifixion
Do cross multiplying numbers need to be multiples of themselves?
No.
How do you find prime numbers between 150 and 200?
Write out the numbers 1 to 200 in 20 rows. Cross out 1. Start at 2 and cross out multiples of 2. That would eliminate all the rest of the even numbers. Go to the next uncrossed-out number (3) and cross out all of its multiples. Some of them will already be crossed out. You can stop by the time you get to 15. All of the uncrossed-out numbers are prime.
Can you derive a list of prime numbers?
Sure. Anyone can. Write out the numbers 1 to 50 in 5 rows. Cross out 1. Start at 2 and cross out multiples of 2. That would eliminate all the rest of the even numbers. Go to the next uncrossed-out number (3) and cross out all of its multiples. Some of them will already be crossed out. You can stop by the time you get to eight. All of the uncrossed-out numbers are prime.
How do you figure out what are the prime numbers between 1-50?
Write out the numbers 1 to 50 in 5 rows. Cross out 1. Start at 2 and cross out multiples of 2. That would eliminate all the rest of the even numbers. Go to the next uncrossed-out number (3) and cross out all of its multiples. Some of them will already be crossed out. You can stop by the time you get to eight. All of the uncrossed-out numbers are prime.
