math.answers.com/other-math/Are_12_and_25_relatively_prime
Preview meta tags from the math.answers.com website.
Linked Hostnames
8- 33 links tomath.answers.com
- 19 links towww.answers.com
- 1 link totwitter.com
- 1 link towww.facebook.com
- 1 link towww.instagram.com
- 1 link towww.pinterest.com
- 1 link towww.tiktok.com
- 1 link towww.youtube.com
Thumbnail

Search Engine Appearance
Are 12 and 25 relatively prime? - Answers
Yes. By definition numbers are relatively prime (AKA co-prime) if they share no common prime factors. It follows that if two numbers are co-prime then their greatest common demoninator is 1. Mathematicians often use GCD(m,n) = 1 as an unambiguous way of expressing the co-primeness of m and n. In fact they often abbreviate that to (m,n) = 1. 12 = 2*2*3 and 25 = 5*5, have no common prime factors, so they are co-prime. By the fundamental therorem of arithmetic, if they have no common prime factors, then they have no common factors at all. It is irrelevant that multiples of those numbers can be the same. In fact for any two numbers, m and n, we can multiply each by the other to get the same number i.e. m*n = n*m. In fact, the lowest common multiple of two co-prime numbers is their product, and that really is the property that makes co-primeness special - you need to be familiar with modulo arithmetic to appreciate that fully. NB By convention 1 is not a prime, and so it can't be a common prime factor. That might seem strange, but it is very convenient. If it weren't so, at least tens of thousands of theorems would have to be rewritten to say e.g. "for all prime except 1..."
Bing
Are 12 and 25 relatively prime? - Answers
Yes. By definition numbers are relatively prime (AKA co-prime) if they share no common prime factors. It follows that if two numbers are co-prime then their greatest common demoninator is 1. Mathematicians often use GCD(m,n) = 1 as an unambiguous way of expressing the co-primeness of m and n. In fact they often abbreviate that to (m,n) = 1. 12 = 2*2*3 and 25 = 5*5, have no common prime factors, so they are co-prime. By the fundamental therorem of arithmetic, if they have no common prime factors, then they have no common factors at all. It is irrelevant that multiples of those numbers can be the same. In fact for any two numbers, m and n, we can multiply each by the other to get the same number i.e. m*n = n*m. In fact, the lowest common multiple of two co-prime numbers is their product, and that really is the property that makes co-primeness special - you need to be familiar with modulo arithmetic to appreciate that fully. NB By convention 1 is not a prime, and so it can't be a common prime factor. That might seem strange, but it is very convenient. If it weren't so, at least tens of thousands of theorems would have to be rewritten to say e.g. "for all prime except 1..."
DuckDuckGo
Are 12 and 25 relatively prime? - Answers
Yes. By definition numbers are relatively prime (AKA co-prime) if they share no common prime factors. It follows that if two numbers are co-prime then their greatest common demoninator is 1. Mathematicians often use GCD(m,n) = 1 as an unambiguous way of expressing the co-primeness of m and n. In fact they often abbreviate that to (m,n) = 1. 12 = 2*2*3 and 25 = 5*5, have no common prime factors, so they are co-prime. By the fundamental therorem of arithmetic, if they have no common prime factors, then they have no common factors at all. It is irrelevant that multiples of those numbers can be the same. In fact for any two numbers, m and n, we can multiply each by the other to get the same number i.e. m*n = n*m. In fact, the lowest common multiple of two co-prime numbers is their product, and that really is the property that makes co-primeness special - you need to be familiar with modulo arithmetic to appreciate that fully. NB By convention 1 is not a prime, and so it can't be a common prime factor. That might seem strange, but it is very convenient. If it weren't so, at least tens of thousands of theorems would have to be rewritten to say e.g. "for all prime except 1..."
General Meta Tags
22- titleAre 12 and 25 relatively prime? - Answers
- charsetutf-8
- Content-Typetext/html; charset=utf-8
- viewportminimum-scale=1, initial-scale=1, width=device-width, shrink-to-fit=no
- X-UA-CompatibleIE=edge,chrome=1
Open Graph Meta Tags
7- og:imagehttps://st.answers.com/html_test_assets/Answers_Blue.jpeg
- og:image:width900
- og:image:height900
- og:site_nameAnswers
- og:descriptionYes. By definition numbers are relatively prime (AKA co-prime) if they share no common prime factors. It follows that if two numbers are co-prime then their greatest common demoninator is 1. Mathematicians often use GCD(m,n) = 1 as an unambiguous way of expressing the co-primeness of m and n. In fact they often abbreviate that to (m,n) = 1. 12 = 2*2*3 and 25 = 5*5, have no common prime factors, so they are co-prime. By the fundamental therorem of arithmetic, if they have no common prime factors, then they have no common factors at all. It is irrelevant that multiples of those numbers can be the same. In fact for any two numbers, m and n, we can multiply each by the other to get the same number i.e. m*n = n*m. In fact, the lowest common multiple of two co-prime numbers is their product, and that really is the property that makes co-primeness special - you need to be familiar with modulo arithmetic to appreciate that fully. NB By convention 1 is not a prime, and so it can't be a common prime factor. That might seem strange, but it is very convenient. If it weren't so, at least tens of thousands of theorems would have to be rewritten to say e.g. "for all prime except 1..."
Twitter Meta Tags
1- twitter:cardsummary_large_image
Link Tags
16- alternatehttps://www.answers.com/feed.rss
- apple-touch-icon/icons/180x180.png
- canonicalhttps://math.answers.com/other-math/Are_12_and_25_relatively_prime
- icon/favicon.svg
- icon/icons/16x16.png
Links
58- https://math.answers.com
- https://math.answers.com/other-math/Are_12_and_25_relatively_prime
- https://math.answers.com/other-math/Describe_a_meter_in_English_units
- https://math.answers.com/other-math/Every_natural_number_is_greatest_factor_of_itself
- https://math.answers.com/other-math/How_long_would_it_take_to_drive_a_billion_miles