Page 21-42
2. ‘
1_m^3
’
:
The S.I. units corresponding to V are then placed in
stack level 1, the tagged input for V is moved to
stack level 2.
3. *
: By multiplying the contents of stack levels 1 and 2,
we generate a number with units (e.g., 0.01_m^3),
but the tag is lost.
4.
T
‘
1_K
’
*
:
Calculating value of T including S.I. units
5.
n
‘
1_mol
’
*
:
Calculating value of n including units
6.
→
V T n
: The values of V, T, and n, located respectively in stack
levels 3, 2, and 1, are passed on to the next level of
sub-programming.
To see this version of the program in action do the following:
Θ
Store the program back into variable p by using [
][ p ].
Θ
Run the program by pressing [ p ].
Θ
Enter values of V = 0.01, T = 300, and n = 0.8, when prompted (no units
required now).
Before pressing
`
for input, the stack will look like this:
Press
`
to run the program. The output is a message box containing the
string:
Summary of Contents for 50G
Page 1: ...HP g graphing calculator user s guide H Edition 1 HP part number F2229AA 90006 ...
Page 130: ...Page 2 70 The CMDS CoMmanDS menu activated within the Equation Writer i e O L CMDS ...
Page 206: ...Page 5 29 LIN LNCOLLECT POWEREXPAND SIMPLIFY ...
Page 257: ...Page 7 20 ...
Page 383: ...Page 11 56 Function KER Function MKISOM ...
Page 715: ...Page 21 68 Whereas using RPL there is no problem when loading this program in algebraic mode ...
Page 858: ...Page L 5 ...