x-y = 5; x/y = 5; solve x = 5y; substitute 5y-y = 5;4y=5; y =5/4 and x = 25/4
If you are looking for two prime numbers whose difference is 1, then the numbers have to be 1 & 3.
5,000 and 3,096
There are no two primes whose sum is 209.
2, 7, and 89 are three prime numbers whose sum is 98.
17 and 53
It would be possible to find two numbers whose sum is 7, two others whose difference is 7,two others whose product is 7, and two others whose quotient is 7.But if you're looking for numbers that equal 7, then 7 is your only choice.
7 and 21 equal 147 and 7x3= 21 so yeah
It's quite possible to find two numbers whose sum is 308, two others whose differenceis 308, two more whose product is 308, and another two whose quotient is 308.But if you're looking for numbers that equal 308, then your only choice is 308 .
1 and 17
There are infinitely many pairs of numbers whose difference is equal to the sum of 538 and 259 (which is 797). One such pair is 420 and 1217. Another pair is 0 and 797.
7 & 21
There are no two consecutive primes whose sum, difference, product or quotient is 56.However, there may be some non-standard binary operation such that two primes can be combined to make 56.
The sum of 538 and 259 is 797. there are no two numbers among those given with a difference of 797.
36
2 and 3. 2 + 6 = 8, the sum. 6 / 2 = 3, the quotient.
49 and 8
3 and 84.