Prove that if S proper subset 0 infinity is a wellordered se
Prove that if S proper subset [0, infinity) is a well-ordered set, then T={x/(x+1):x belongsto S} is a well-ordered subset of [0,1].
Solution
since x is from S,so x >=0
if x=0 then x/(x+1) = 0
if x>0 then x<x+1 ,so x/(x+1) <1
we saw that if x is from S then x/(x+1) is either 0 or less then 1.so x/(x+1) is from [0,1).
since any element of T looks like x/(x+1) so obviously T is a subset of [0,1).
![Prove that if S proper subset [0, infinity) is a well-ordered set, then T={x/(x+1):x belongsto S} is a well-ordered subset of [0,1].Solutionsince x is from S,s Prove that if S proper subset [0, infinity) is a well-ordered set, then T={x/(x+1):x belongsto S} is a well-ordered subset of [0,1].Solutionsince x is from S,s](/WebImages/25/prove-that-if-s-proper-subset-0-infinity-is-a-wellordered-se-1063602-1761555999-0.webp)