Answer asap! important! must be correct! giving out points!
john stated that when you add an even and an odd integer the answer will be odd. use these numbers to answer the questions: –13, –8, 16, 23, –7
is john’s statement always true, sometimes true, or always false? write two equations to support your answer.

So an even number is represented as 2n where n= a whole number
an odd is 1 more than an even so 2n+1 is odd

so even+odd=2n+2n+1=4n+1=
we see 2 2n's in there which are even
(even)+(even)+1
we know that even+even=even try that withe any 2 even numbers
then +1 means it's odd so therefor it is always true

Try adding some of these together to look for the pattern: 

-13 +16 = 3 odd+even = odd 

-7 + 16 = 9 

how about -13 + -7 = -20 

-8 + 16 = 8 

It looks like 

even + even = even 
odd + odd = even 

even + odd = odd 

So, we only get an odd result in this case. It seems that it is always true.

Step-by-step explanation:

you have to add the pricethen you find for one

if you have any questions comment on my question