-E8-
tanh x
x
<
1 x 10
100
sinh
–1
x
x
<
5 x 10
99
cosh
–1
x
1
싪
x
<
5 x 10
99
tanh
–1
x
x
<
1
log x, ln x
1 x 10
–99
싪
x
<
1 x 10
100
10
x
–1 x 10
100
<
x
<
100
e
x
–1 x 10
100
<
x
싪
230.2585092
x
0
싪
x
<
1 x 10
100
x
2
x
<
1 x 10
50
x
3
x
<
2.15443469003 x 10
33
1/x
x
<
1 x 10
100
, x
≠
0
3
x
x
<
1 x 10
100
X !
0
싪
x
싪
69, x is an integer.
R P
2
2
y
+
x
<
1 x 10
100
P R
0
싪
r
<
1 x 10
100
Deg
Κ
ཎ
θ
ཎ
<
4.5 x 10
10
deg
Rad
Κ
ཎ
θ
ཎ
<
2.5 x 10
8
Ӹ
rad
Grad
Κ
ཎ
θ
ཎ
<
5 x 10
10
grad
however, for tan x
Deg
Κ
ཎ
θ
ཎ
≠
90 (2n+1)
Rad
Κ
ཎ
θ
ཎ
≠
2
π
(2n+1)
Grad
Κ
ཎ
θ
ཎ
≠
100 (2n+1), (n is an integer)
ཎ
D
ཎ
, M, S
<
1 x 10
100
, 0
싪
M, S
x
<
1 x 10
100
x
y
x
>
0 : –1 x 10
100
<
y log x
<
100
x = 0 : y
>
0
x
<
0 : y = n, 1/(2n+1), n is an integer.
but –1 x 10
100
<
y log
ཎ
x
ཎ
<
100
x
y
y
>
0 : x
≠
0, –1 x 10
100
<
x
1
log y
<
100
y = 0 : x
>
0
y
<
0 : x=2n+1, l/n, n is an integer.(n
≠
0)
