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Notice that after you enter a particular value, the calculator displays the
variable and its value in the upper left corner of the display. We have now
entered the known variables. To calculate the unknowns we can proceed in two
ways:
a). Solve for individual variables, for example,
„
[ vr ] gives vr: 0.500.
Press
L„
[ v
θ
] to get v
θ
: 5.750 , and so on. The remaining results
are v: 5.77169819031;
a
r: -14.725;
a
θ
: -13.95; and
a
:
20.2836911089.; or,
b). Solve for all variables at once, by pressing
„
@ALL!
. The calculator will
flash the solutions as it finds them. When the calculator stops, you can
press
‚
@ALL!
to list all results. For this case we have:
Pressing the soft-menu key
@EQNS
will let you know the equations used to
solve for each of the values in the screen:
To use a new set of values press, either
@EXIT @@ALL@
LL
, or
J
@SOLVE
.
Let's try another example using r = 2.5, vr = rD = -0.5, rDD = 1.5, v = 3.0, a =
25.0. Find,
θ
D,
θ
DD, v
θ
, ar, and a
θ
. You should get the following results:
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 ...