11. A pin moves along a straight guide so that its velocity (m/s) when it is a distance x(m) from the beginning of the guide at time r(s) is given in the table on the right. Use Simpson's rule with eight intervals to determine the approximate total distance trav- elled by the pin in the 4.0s period. Practice Exercise 195 Simpsons rule (Answers on page 884)
11. A pin moves along a straight guide so that its velocity (m/s) when it is a distance x(m) from the beginning of the guide at time r(s) is given in the table on the right. Use Simpson's rule with eight intervals to determine the approximate total distance trav- elled by the pin in the 4.0s period. Practice Exercise 195 Simpsons rule (Answers on page 884)
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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Question
Topic : Numerical
195.11)
Transcribed Image Text:11. A pin moves along a straight guide so that its
velocity (m/s) when it is a distance x(m)
from the beginning of the guide at time r(s) is
given in the table on the right.
Use Simpson's rule with eight intervals to
determine the approximate total distance trav-
elled by the pin in the 4.0s period.
Transcribed Image Text:Practice Exercise 195 Simpsons rule
(Answers on page 884)
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