Answers to Selected Exercises 543
- c. En ::; .000004167 d. h ::; .059
- b. 3. 5.
Taylor Series Improved Fourth-Order Exact
Xn Order^3 Euler Runge-Kutta Solution
- b. 3. 5.
.0 1.000000 1.000000 1.000000 1.000000
.1 .905167 .905500 .905163 .905163
.2 .821277 .821928 .821270 .821269
.3 .749192 .750145 .749182 .749182
.4 .689692 .690931 .689681 .689680
.5 .643483 .644992 .643470 .643469
.6 .611203 .612968 .611189 .611188
.7 .593430 .595436 .593416 .593415
.8 .590687 .592920 .590672 .590671
.9 .603447 .605892 .603431 .603430
1.0 .632137 .634782 .632121 .632121
1
b = ~
2
- a = - c = d = -
4 ' 4' 3
Exercises 2 .4.2 Multistep Metho d s
- b. .000417 c. .010626
- a. Yn+l = [Yn(2 - h) + h(x~ + X~+i)J/(2 + h)
- a. 3. b.
Adams- Adams-
Bashforth Moulton Exact
Xn m=O m=O solution
- a. 3. b.
.o 1.000000
.1 .905238 .905163
.2 .820888 .821406 .821269
.3 .748513 .749367 .749182
.4 .688781 .6899 04 .689680
.5 .642389 .643722 .643469
.6 .609970 .611463 .6^11188
.7 .592094 .593705 .593415
.8 .589278 .590971 .590671
.9 .60199^1 .603736 .603430
1.0 .630656 .632427 .632121