Owner's Manual

Appendix A: Categorical Listing of Operations 905
 (angle) 2’ key
[ radius, q_ angle ] ⇒
⇒⇒
⇒ vector (polar input)
[ radius, q_ angle,Z_coordinate ] ⇒
⇒⇒
⇒ vector
(cylindrical input)
[ radius, q_ angle,  f_angle ] ⇒
⇒⇒
⇒ vector
(spherical input)
Returns coordinates as a vector depending on the
Vector Format mode setting: rectangular,
cylindrical, or spherical.
[5,60¡,45¡] ¸
In Radian mode and vector format set to:
( magnitude  angle ) ⇒
⇒⇒
⇒ complexValue (polar input)
Enters a complex value in (rq) polar form. The
angle is interpreted according to the current Angle
mode setting.
In Radian angle mode and Rectangular
complex format mode:
5+3 i ì (10p/4) ¸
5ì 5ø
2+(3ì 5ø 2)ø i
¥¸ ë 2.071…ì 4.071…ø i
¡, ', " 2“ key (¡), 2È key ('), 2É key (")
dd ¡ mm ' ss.ss " ⇒
⇒⇒
⇒ expression
dd A positive or negative number
mm A non-negative number
ss.ss A non-negative number
Returns
dd +( mm /60)+( ss.ss /3600).
This base-60 entry format lets you:
• Enter an angle in degrees/minutes/seconds
without regard to the current angle mode.
• Enter time as hours/minutes/seconds.
In Degree angle mode:
25°13'17.5"
¸ 25.221...
25°30' ¸ 51/2
' (prime) 2È key
variable '
variable
''
Enters a prime symbol in a differential equation.
A single prime symbol denotes a 1st-order
differential equation, two prime symbols denote
a 2nd-order, etc.
deSolve(y''=y^(ë 1/2) and
y(0)=0 and y'(0)=0,t,y) ¸
2øy
3/4
3
=t
_ (underscore) @ ¥  key H 2 key
expression _ unit
Designates the units for an expression . All unit
names must begin with an underscore.
You can use pre-defined units or create your
own units. For a list of pre-defined units, refer
to the module about constants and
measurement units. You can press:
@ 2 9
H
¥À
to select units from a menu, or you can type
the unit names directly.
3_m 4 _ft ¸ 9.842…ø_ft
Note: To type 4, press 2 .
rectangular
cylindrical
spherical