Suppose the number is n.
Then
3n + 2 = 17
Subtracting 2 from both sides: 3n = 15
Dividing both sides by 3 : n = 5
If three is subtracted from the product to get 17, the product must be 20. Then find what number can be multiplied by 5 to get 20. The answer is 4.
Well, darling, the product of a number and 17 is simply the number multiplied by 17. It's as straightforward as that, honey. So if you have a number and you want to find out what happens when you throw 17 into the mix, just grab a calculator and get multiplying.
809 multiplied by 17 is 13,753.
34 multiplied by 17 is 578.
34 = 2 x 17. This question is wanting to know what prime numbers multiplied out equal 34. Both 2 & 17 are prime (meaning both these number can only be divided by 1 & the number itself).
If three is subtracted from the product to get 17, the product must be 20. Then find what number can be multiplied by 5 to get 20. The answer is 4.
1/17
17
The number would be 1/17 (one seventeenth).
Well, darling, the product of a number and 17 is simply the number multiplied by 17. It's as straightforward as that, honey. So if you have a number and you want to find out what happens when you throw 17 into the mix, just grab a calculator and get multiplying.
183 multiplied by 17 is 3,111.
809 multiplied by 17 is 13,753.
34 multiplied by 17 is 578.
17 multiplied by 309 is 5,253.
390 multiplied by 17 is 6,630.
-18.8995 and 0.8995 (approx)
17 and 7