[QUESTION 1]Consider the graph of y = f (x) shown below. Evaluate each limit or write DNE if the limit doesnot exist. [No justifications necessary for this problem].h(x)1021ib 12 14A. lim f (x)=x-4B. lim f(x)=x→10C. lim f (x)=x2D. lim f (x)=x-2E. lim f (x)=F. lim f (x)=x6*G. For f(x) to be continuous at x = -4, we must set f(-4)=Evaluatlimitfollowing:ions:(i)lim (3x + 7x – 12)X-4x² - 2x – 24lim(ii)x - 6

A) limx→-4f(x)=6B)limx→10-f(x)=DNEC)limx→2f(x)=1D)limx→-2f(x)=DNEE) limx→6+f(x)=2F) limx→6+f(x)=2

IQUESTION 1] Consider the graph of y= f (x) shown below. Evaluate each limit or write DNE if the limit does not exist. [No justifications necessary for this problem]. h(x) 10 |16 A. lim f(x)= B. lim f(x)= X10 C. lim f (x)= D. lim f(x)= X-2 E. lim f (x)= 『ー→6* F. lim f(x)= G. For f(x)to be continuous at x = -4, we must set f(-4) = H. Evaluate the limit of the following functions: (i) lim(3x + 7x – 12) X4 x- 2x-24 lim (ii) x-6

IQUESTION 1] Consider the graph of y= f (x) shown below. Evaluate each limit or write DNE if the limit does not exist. [No justifications necessary for this problem]. h(x) 10 |16 A. lim f(x)= B. lim f(x)= X10 C. lim f (x)= D. lim f(x)= X-2 E. lim f (x)= 『ー→6* F. lim f(x)= G. For f(x)to be continuous at x = -4, we must set f(-4) = H. Evaluate the limit of the following functions: (i) lim(3x + 7x – 12) X4 x- 2x-24 lim (ii) x-6

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter5: Inverse, Exponential, And Logarithmic Functions

Section5.3: The Natural Exponential Function

Problem 54E

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