Evalute right-hand limit, Mathematics

Assignment Help:

Evaluate following limits.

2454_limit90.png

Solution

Let's begin with the right-hand limit.  For this limit we have,

x > 4  ⇒          4 - x < 0          ⇒ ( 4 - x )3  = 0      also, 4 - x → 0  as x → 4 .  Therefore, we contain a positive constant divided by an increasingly small -ve number. The results will be an increasingly large -ve number and hence it looks like the right-hand limit will be negative infinity.

For the left-handed limit we have following,

x < 4 ⇒           4 - x > 0          ⇒ ( 4 - x )3  > 0 and still we have, 4 - x → 0  as x → 4 .  In this case we contain a positive constant divided by an increasingly small +ve number.  The results will be an increasingly large positive number and hence it looks like the left-hand limit will be positive infinity.

The normal limit will not present since the two one-sided limits are not the similar.  The official answers to this example are then,

2071_limit91.png

Following is a quick sketch to verify our limits.

714_limit92.png

Facts

Given the functions f ( x )& g ( x ) assume we have,

1466_limit93.png

for some real numbers c & L. Then,

1540_limit94.png


Related Discussions:- Evalute right-hand limit

Differential equation.., 3.6Find the general solution of the differential e...

3.6Find the general solution of the differential equation Y" + 4y = Sec2 2x

Horizontal tangents for parametric equations, Horizontal tangents for Param...

Horizontal tangents for Parametric Equations Horizontal tangents will take place where the derivative is zero and meaning of this is that we'll get horizontal tangent at value

Math, how do you do algebra in 4th grade

how do you do algebra in 4th grade

Determine if following sequences are monotonic or bounded, Determine if the...

Determine if the following sequences are monotonic and/or bounded. (a)   {-n 2 } ∞ n=0 (b) {( -1) n+1 } ∞ n=1 (c) {2/n 2 } ∞ n=5 Solution {-n 2 } ∞ n=0

Geometry, Note on point of tangent

Note on point of tangent

Linear algebra, Let A be an n×n matrix. Then Show that the set U = {u?R^n ...

Let A be an n×n matrix. Then Show that the set U = {u?R^n : Au = -3un} is a Subspace of R^n

Find out the greater of two consecutive positive is 143, Find out the great...

Find out the greater of two consecutive positive odd integers whose product is 143. Let x = the lesser odd integer and let x + 2 = the greater odd integer. Because product is a

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd