1) 2) 3) Find: lim x → 1 Find: lim x→6 Find: lim x-5 x² - 1 x - 1 x² - 36 - 6 x² - 25 x - 5

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter6: Vector Spaces
Section6.5: The Kernel And Range Of A Linear Transformation
Problem 10EQ
icon
Related questions
Question

help with these exercise 

1)
2)
3)
4)
5)
6)
Find: lim
Find:
Find:
x → 1
lim
x→6
lim
x → 5
Find: lim
x → 7
Find: lim
x → 4
Find: lim
x → 0
x²
X
x² - 36
6
X
x² - 25
I
X
x² - 49
7
I
x² - 16
X
sin x
Transcribed Image Text:1) 2) 3) 4) 5) 6) Find: lim Find: Find: x → 1 lim x→6 lim x → 5 Find: lim x → 7 Find: lim x → 4 Find: lim x → 0 x² X x² - 36 6 X x² - 25 I X x² - 49 7 I x² - 16 X sin x
7)
12/18/2020
https://www.educosoft.com/Assessments/Test PaperPrint.aspx?showans=0&PrintOpt=2&Ver
8)
9)
Find: lim
x → 0
10)
Given
f(x) =
Given
tan x
{
ƒ (x) = {
f
Given
Find: lim f(x).
x→ 4
6; x< 4
8 x + 5; x ≥ 4
3
f(x) =
3
x
2 ; x < 6
4 x + 4 ; x ≥ 6,
Find: lim f(x).
x→6
4 x
{
9 x
4 ; x < 5
3x+2 ; x ≥ 5,
Find: lim f(x).
x → 5
Test Pa
Transcribed Image Text:7) 12/18/2020 https://www.educosoft.com/Assessments/Test PaperPrint.aspx?showans=0&PrintOpt=2&Ver 8) 9) Find: lim x → 0 10) Given f(x) = Given tan x { ƒ (x) = { f Given Find: lim f(x). x→ 4 6; x< 4 8 x + 5; x ≥ 4 3 f(x) = 3 x 2 ; x < 6 4 x + 4 ; x ≥ 6, Find: lim f(x). x→6 4 x { 9 x 4 ; x < 5 3x+2 ; x ≥ 5, Find: lim f(x). x → 5 Test Pa
Expert Solution
steps

Step by step

Solved in 3 steps with 3 images

Blurred answer