Problem 3: Newton's Divided Difference The velocity v in m/s of a car that is needea in the design of roads or superhighways are described below where t is the time in seconds. Using the Newton's Divided Difference Method, determine the velocity when 3.1 Time is 15 seconds, by quadratic equation and interpolation. Time is 20 seconds, by cubic equation and interpolation. 3.2 time, sec 6 12 18 24 velocity, m/s 80 140 290 400

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
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Problem 3: Newton's Divided Difference
The velocity v in m/s of a car that is needea in the design of
roads or superhighways are described below where t is the
time in seconds. Using the Newton's Divided Difference
Method, determine the velocity when
3.1
Time is 15 seconds, by quadratic equation and
interpolation.
Time is 20 seconds, by cubic equation and
interpolation.
3.2
time, sec
6
12
18
24
velocity, m/s
80
140
290
400
Transcribed Image Text:Problem 3: Newton's Divided Difference The velocity v in m/s of a car that is needea in the design of roads or superhighways are described below where t is the time in seconds. Using the Newton's Divided Difference Method, determine the velocity when 3.1 Time is 15 seconds, by quadratic equation and interpolation. Time is 20 seconds, by cubic equation and interpolation. 3.2 time, sec 6 12 18 24 velocity, m/s 80 140 290 400
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