jet fighter's position on an aircraft carrier's runway was timed during landing: t in s 0.52 x in m 185 961 0 153 3 1.04 1.56 249 208 2.08 261 Using numerical differentiation estimate the jets velocity at t = 2.03 seconds with accuracy 0 (h²) h. 21.15 c. 61.53 d. 11.53 value of 1 = (5x² - 6x + 7). dx = 4772 2.60 271 3.12 273 ing numerical differentiation estimate the jets acceleration at t = 1.56 seconds with accuracy 0(h²) b. -7.396 c. -107.249 Use central difference formul e Noue Use central difference forinu e. None d. -29.586
jet fighter's position on an aircraft carrier's runway was timed during landing: t in s 0.52 x in m 185 961 0 153 3 1.04 1.56 249 208 2.08 261 Using numerical differentiation estimate the jets velocity at t = 2.03 seconds with accuracy 0 (h²) h. 21.15 c. 61.53 d. 11.53 value of 1 = (5x² - 6x + 7). dx = 4772 2.60 271 3.12 273 ing numerical differentiation estimate the jets acceleration at t = 1.56 seconds with accuracy 0(h²) b. -7.396 c. -107.249 Use central difference formul e Noue Use central difference forinu e. None d. -29.586
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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Transcribed Image Text:Jet fighter's position on an aircraft carrier's runway was timed during landing:
t in s
0.52
x in m
185
0
153
3
1.04 1.56
249
208
2.08
261
value of 1 = (5x² - 6x + 7). dx = 4776.
2.60
271
Using numerical differentiation estimate the jets velocity at t = 2.03 seconds with accuracy 0 (h²)
961
h. 21.15
c. 61.53
d. 11.53
3.12
273
ng numerical differentiation estimate the jets acceleration at t= 1.56 seconds with accuracy 0(h²)
b. -7.396
c. -107.249
Use central difference formul
e None
Use central difference forinu
e. None
d. -29.586
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