Ask a New Question

Asked by jawn

limit as x approaches infinity. (sin2x)/(x)


answer is 0. show me how please. thanks in advance =)
16 years ago

Answers

Answered by MathMate
As x approaches infinity, the range of sin(2x) takes on the upper and lower limits of +1 and -1.
Since Lim 1/∞ and Lim -1/∞ both equal to zero as x→∞, we conclude by the "sandwich rule" or the "squeeze theorem" that the limit of sin(2x)/x lies between the two, namely 0.
16 years ago
There are no AI answers yet. The ability to request AI answers is coming soon!

Related Questions

Limit as n approaches infinity: [(n + 3)/(n + 1)]^n How do I even start this? Limit as x approaches infinity of (2^n + 3^n)^(1/n) limit as x approaches infinity; tan^(-1) (x^2 - x^4) any help is appreciated =D the limit from n->infinity of the summation of [2+(3/n)k]^2(3/n) when k=1 lim (as x approaches infinity) (x^2-1)/(x^2+1) How would you solve that by using algebra? I can... lim as b approaches infinity of integral of xe^-x^2 from 0 to b aka lim b->inf int(0,b) x*e^... The limit from x--> infinity of x^(3/x) i keep getting 3/infinity, which is infinity and this ans... lim as approaches infinity of sin(pie.x/2-3x) i need the work and answer find the limit limit as n approaches infinity for the function ((-1)^n)((5n+7)/(6n+5)) Limit = x-->infinity 11x^5+4x^3-6x+2/6x^3+5x^2+3x-1 My work: After doing lots of work I got...
Ask a New Question
Archives Contact Us Privacy Policy Terms of Use