An easy way to find a number relatively prime to another number is to find a nearby Prime number. For example, 53 is relatively prime with 50. The following pairs are relatively prime.
3, 50
19, 50
37, 50
49, 50
50, 69
50, 201
50, 341 Any number that is not divisible by 2 or 5 will be relatively prime to 50.
They are not relatively prime. To be relatively prime, the only common factor they could have would be the number 1. Both also have the number 3 as a common factor, so they are not relatively prime.
Since 13 is a prime number (i.e., 13 is the only factor of 13), any number that is not a multiple of 13 is relatively prime to it.
Infinitely many numbers are relatively prime to 37. Because 37 is a prime number, all other numbers are relatively prime to it.
15 is relatively prime.
The smalles prime number after 50 is 53.
14 is relatively prime with the two given numbers.
It can be. 50 is relatively prime to 51.
No, 50 and 65 are not relatively prime.
1 It is a relatively prime number.
All of them. Any number greater than one can be relatively prime.
A single number cannot be relatively prime. Any pair of numbers between 50 and 100 of which one is a prime will be relatively prime. There are 728 pairs of numbers that are relatively prime and I have neither the time nor patience to list them all!
Any prime number is relatively prime to any other prime number.
No they are not.
No, 100 and 202 are not relatively prime. Relatively prime numbers only have the number 1 as a common factor. The number 1 is a common factor for them, but the number 2 is another common factor that they have, so they are not relatively prime.
A number is relatively prime to another number or set of numbers when their GCF is 1.
41 is relatively prime.
It can be. 16 is relatively prime with 25.