Hp 48g Graphing Calculator Bedienungsanleitung Seite 518

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Seitenansicht 517
Name, Key,
or Label
Description, Type, and Keys
Page
RKF
Uses a list [z)—containing the name of the time
variable, the name of the solution variable, and the
differential fimction—and the absolute error
tolerance (^) to compute the solution of the initial
value problem at a point (r) using the
Rimge-Kutta-Fehlberg (4,5) method.
C fiilfSOLVE) D I FFE RKF
H-22
RKFERR
Uses a list (y)—containing the name of the time
variable, the name of the solution variable, and the
differential fimction—and a possible step size (.r)
to compute the change in solution and an absolute
error estimate for that step using the
Runge-Kutta-Fehlberg (4,5) method.
C SOLVE) D I FFE Rl<FE
H-23
RKFSTEP Uses a list (z)—containing the name of the time
variable, the name of the solution vai'iable, and the
differential function—and a possible step size (r)
to compute the next solution step of the initial
value problem using the Runge-Kutta-Fehlberg
(4,5) method such that the specified absolute error
tolerance (2/) is satisfied.
C (*t1(SOLVE) D I F F E K RF i
H-23
RL
Rotates binary integer (x) left by one bit.
C iMTH) BASE fNXT) BIT RL
15-5
RLE
Rotates binary integer (r) left by one byte.
C iMTiT) BfiSE fN^ BYTE RLB
15-5
RND Rounds numerical object (2/) to the specified
number (r) of decimal places or significant digits.
F fMTH) REAL fNXT) fNXT) RND
12-10
RNRM
Calculates row norm of array (.r).
C fMTH) MFlTR NORM RHRM
14-8
ROLL “Rolls up” X levels of the stack, so that level r+1
moves to level 1.
C Ri)fSTACK) ROLL
3-12
ROLL “Rolls up” stack so that pointer level moves to
level 1, level 1 moves to level 2, and so forth.
0 fi^fSTACK) ROLL
3-8
G-38 Operation Index
Seitenansicht 517
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