Questions LLC
Login
or
Sign Up
Ask a New Question
Questions
Mathematics
Find the limit of the sequence below as n tends to infinity
Un+1 = 0.6Un - 0.3
U1 = 4500
1 answer
clearly the limit is -0.3
You can
ask a new question
or
answer this question
.
Similar Questions
Compute the first 5 terms of the sequence: {b(n)}n=1-> infinity = n�sqrt(6n) + (5/6)^n.
((that is:(Bsub(n))from n=1 to infinity
Top answer:
To compute the first 5 terms of the sequence, we substitute the values of n from 1 to 5 into the
Read more.
Compute the first 5 terms of the sequence: {b(n)}n=1�¨�‡ = n�ã6n + (5/6)^n.
((that is:(Bsub(n))from n=1 to infinity = nth
Top answer:
To compute the first 5 terms of the sequence, we substitute the values of n from 1 to 5 into the
Read more.
Is there any theorem like, that the limit of the average value of an infinite series takes the same value as the original
Top answer:
Yes, there is a theorem that states that the limit of the average value of an infinite series takes
Read more.
Determine whether the sequence converges or diverges. If it converges, find the limit. (If an answer does not exist, enter DNE.)
Top answer:
clearly e^(-6/√n) -> e^(-6/∞) = e^0 = 1
Read more.
Find the limit as x approaches infinity of (lnx)^(1/x). This unit is on L'Hopital's rule. I know that the answer is 1, I just
Top answer:
Nevermind you can ignore this, I figured it out. I was just forgetting to do e^answer at the end.
Read more.
For n>= 2, let Xn be a random variable such that P(Xn = 1/n) = 1 – 1/n^2 and P(Xn = n) = 1/n^2
1> If Xn converges in
Top answer:
1> To determine the value of the limit, we need to check whether Xn converges in probability. The
Read more.
f(x) = cos (1/x)
Find the limit as x approaches infinity and find the limit as x approaches negative infinity. Identify all
Top answer:
To find the limit as x approaches infinity and negative infinity for the function f(x) = cos(1/x),
Read more.
f(x) = cos (1/x)
Find the limit as x approaches infinity and find the limit as x approaches negative infinity. Identify all
Top answer:
1/x --> 0 as x --> infinity so, what is cos(0)?
Read more.
What is the limit of the function as x approaches infinity?
4x^4 - 4^x Would the limit be positive infinity or negative infinity?
Top answer:
exponentials grow much faster than powers. note that the slope of x^4 = 4x^3 (a lower power), while
Read more.
Recall that a function G(x) has the limit L as x tends to infinity, written
lim(x->infinity)G(x) = L, if for any epsilon > 0,
Top answer:
For any divergence especially with trig definitions in infinite series you will want to make sure
Read more.
Related Questions
The Riemann sum, the limit as the maximum of delta x sub i goes to infinity of the summation from i equals 1 to n of f of the
1. Find all intervals on which the graph of y=(x^2+1)/x^2 is concave upward.
A. (negative infinity, infinity) B. (negative
For each sequence an find a number k such that nkan
has a finite non-zero limit. (This is of use, because by the limit comparison
an exponential sequence (geometric progression) has first term x and common ratio x ,x≠1 write down the sum of the first n
Recall that a function G(x) has the limit L as x tends to infinity, written
lim(x->infinity)G(x) = L, if for any epsilon > 0,
Find if the sequence an = 5/(n+2) diverges or converges.
I think it diverges because the limit as x approaches infinity does not
To what limit does the sequence Sn = (3+n) /3^n converge as n approaches infinity?
What is the limit of the function as x approaches infinity?
(x^4 - 7x + 9) / (4 + 5x + x^3) From what I know, the limit should be
F(x)=(2x-1)/ (|x| -3)
Rewrite f(x) as a piecewise function. Then find the limit as it approaches positive infinity and negative
F(x)=(2x-1)/ (|x| -3)
Rewrite f(x) as a piecewise function. Then find the limit as it approaches positive infinity and negative
