Casio FX-795P - Hyperbolic Functions (sinh, cosh, tanh) and Inverse Hyperbolic Functions (sinh-1, cosh-1, tanh-1); Logarithmic Functions (log, In), Exponential Function (e*) and Power Function (x*)

CHAPTER 2 Manual Operations
—_— ———— w20_0E Ooms
©
Decimal-Hexadecimal
Conversion
(&H,
HEXS)
*A,
B,
C,
D,
E
and
F
in
hexadecimal
numbers
correspond
to
10-~
15
in
decimal
numbers.
Example:
Convert
a
hexadecimal
number
into
a
decimal
number.
Operation:
fen)
1@
fe
16
es)
7
F
FF
Bere?
eH)
8600
be
~d2765
fan)
FF
FF
&
-i
Example:
Convert
a
decimal
number
into
a
hexadecimal
number.
Operation:
aa 108 Des
EES 1000 Ds)
GtS(=) 32768
wit’ 32767 CI
eats 65535 Ces
©
Factorial,
Permutation
and
Combination
(FACT,
NPR
and
NCR)
Example:
10! = 3628800
Operation:
mes 10 GE e2csea
Example:
1P4 = 5040
Operation:
wes 10D 40mm ab4@
30
2-4 Function Calculations
Cn Ty
Example:
1wCs = 210
Operation:
eres 106) 4 Dee
ha
pane fron
© Rectangular-Polar Coordinate Transformation (REC, POL)
Here @ of polar coordinates (7, @) is assumed to be obtained in radians.
Example:
The
point
(5,
2/6)
in
the
polar
coordinate
is
(4.330127019,
2.5)
in
the
rec-
tangular
coordinate.
Operation:
f(5) (Angle unit: radians)
GAS
5
Glen
7)
6
led
(x)
4,
S33812TH13
¥
jlec]
oO)
z
®
a
Example:
The point (1, 1) in the rectangular coordinate is (1 414213562, 0.7853981634)
in the polar coordinate.
Operation:
AES 1) 1 ee (r)
Wied (6)
*
In
these
functions,
results
are
assigned
to
variables
X
and
Y.
Output
values
are
the
same
as
the
content
of
variable
X.
*
In
these
functions,
angle
unit
specification
is
as
important
as
in
the
case
of
trigonometric
or
inverse
trigonometric
functions.
31