Compute backward difference approximations for the first derivative of the function, y =[ e'nxP, at x = 1.05 using a value of Ax = 0.05. а. -0.49829 b. -3.576908 с. 0.868240 d. 2.05

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Compute backward difference approximations for the first derivative of the function, y =[ eln(x)2, at x = 1.05 using a
value of Ax = 0.05.
а.
-0.49829
b.
-3.576908
с.
0.868240
d.
2.05
Transcribed Image Text:Compute backward difference approximations for the first derivative of the function, y =[ eln(x)2, at x = 1.05 using a value of Ax = 0.05. а. -0.49829 b. -3.576908 с. 0.868240 d. 2.05
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