Ask
your own question, for FREE!
Mathematics
5 Online
find lim x_n (n--> inf) if it exists. here x_1=3 and x_(n+1)= 1/ (4-x_n)
Still Need Help?
Join the QuestionCove community and study together with friends!
unfortunately im not able to come up with a concrete proof, but the sequence converges to 0. The idea is that if x_1 = 3, then:\[x_n\ge x_{n+1}\] for all natural numbers n. So you have a monotonic decreasing sequence. Also, it should be apparent that:\[x_n> 0\] for all n. So its a decreasing sequence that is bounded from below. So it converges to 0.
Can't find your answer?
Make a FREE account and ask your own questions, OR help others and earn volunteer hours!
Join our real-time social learning platform and learn together with your friends!
Join our real-time social learning platform and learn together with your friends!
Latest Questions
serenitystXrgazer:
Getting sent to anti gay christian covestion camp in a few weeks, any tips. guys i think im cooked.
Aubree:
Guys, what does love feel like? I've been getting a tight chest and when I talk to him my heart rate hangs out around 100-120 beats per min, and when he doe
thereneelg:
ok... anyone have advice?? ...I did Choir all throughout Middle school and have ALWAYS been put in Soprano those three years.
kamariana:
The Byzantine Procopius is known for (5 points) reconquering much of the old Roma
chuckD:
hellp!!! what does it mean to describe a scientist as skeptical Why is sceptical
DoltonCarlee:
So like do y'all know anything about the first world war?
thehearken:
anyone know how to explain this so its easier for me to understand? b(1)=2, b(n)=
4 hours ago
1 Reply
0 Medals
10 hours ago
10 Replies
2 Medals
2 days ago
6 Replies
1 Medal
3 days ago
0 Replies
0 Medals
3 days ago
2 Replies
1 Medal
2 days ago
2 Replies
0 Medals
2 days ago
5 Replies
2 Medals