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4 $ For each g(x) given below, find the value(s) of the constant a so that lim 24-2 2³+ar²+3r-1 g(x) exists and evaluate the limits for those values of a. If there are no such values of a, explain why. (i) g(x)=2²-4 F5 (ii) g(z)=(x + 2)² ➤11 % F6 PPI A G F7 F8 & - 2 F9 * P F10 SME F11 PO F12 S - PrtS

4 $ For each g(x) given below, find the value(s) of the constant a so that lim 24-2 2³+ar²+3r-1 g(x) exists and evaluate the limits for those values of a. If there are no such values of a, explain why. (i) g(x)=2²-4 F5 (ii) g(z)=(x + 2)² ➤11 % F6 PPI A G F7 F8 & - 2 F9 * P F10 SME F11 PO F12 S - PrtS

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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4 $ For each g(r) given below, find the value(s) of the constant a so that lim 24-2 2³+az²+3r-1 g(x) exists and evaluate the limits for those values of a. If there are no such values of a, explain why. (i) g(x)=2²-4 F5 (ii) g(z)=(x + 2)² % 5 F6 A G F7 DELL F8 & A F9 * P F10 sitte F11 Po F12 PrtS
Transcribed Image Text:4 $ For each g(r) given below, find the value(s) of the constant a so that lim 24-2 2³+az²+3r-1 g(x) exists and evaluate the limits for those values of a. If there are no such values of a, explain why. (i) g(x)=2²-4 F5 (ii) g(z)=(x + 2)² % 5 F6 A G F7 DELL F8 & A F9 * P F10 sitte F11 Po F12 PrtS
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