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Arctanx 0 ≦ |x| ≦ 9,999999999 × 10
99
senhx, coshx 0 ≦ |x| ≦ 230,2585092
Arcsenhx 0 ≦ |x| ≦ 4,999999999 × 10
99
Arccoshx 1 ≦ x ≦ 4,999999999 × 10
99
tanhx 0 ≦ |x| ≦ 9,999999999 × 10
99
Arctanhx 0 ≦ |x| ≦ 9,999999999 × 10
-1
logx, lnx 0 < x ≦ 9,999999999 × 10
99
10
x
-9,999999999 × 10
99
≦ x ≦ 99,99999999
e
x
-9,999999999 × 10
99
≦ x ≦ 230,2585092
𝑥
0 ≦ x < 1 × 10
100
x
2
|x| < 1 × 10
50
x
-1
|x| < 1 × 10
100
; x ≠ 0
𝑥
3
|x| < 1 × 10
100
x!0 ≦ x ≦ 69 (x es un entero)
nPr
0 ≦ n < 1 × 10
10
, 0 ≦ r ≦ n (n, r son enteros)
1 ≦ {n!/(n−r)!} < 1 × 10
100
nCr
0 ≦ n < 1 × 10
10
, 0 ≦ r ≦ n (n, r son enteros)
1 ≦ n!/r! < 1 × 10
100
o 1 ≦ n!/(n−r)! < 1 × 10
100
Pol(x, y)
|x|, |y| ≦ 9,999999999 × 10
99
𝑥
2
+𝑦
2
≦ 9,999999999 × 10
99
Rec(r, θ)
0 ≦ r ≦ 9,999999999 × 10
99
θ: El mismo que senx
°’ ”
|a|, b, c < 1 × 10
100
; 0 ≦ b, c
El segundo valor mostrado está sujeto a un error de ±1
en la segunda posición decimal.
°’ ”
|x| < 1 × 10
100
Conversiones Decimal ↔ Sexagesimal
0°0’0” ≦ |x| ≦ 9999999°59’59”
x
y
x > 0: -1 × 10
100
< ylogx < 100
x = 0: y > 0
x < 0: y = n,
𝑚
2𝑛 + 1
(m, n son enteros)
Sin embargo: -1 × 10
100
< ylog |x| < 100
𝑦
𝑥
y > 0: x ≠ 0, -1 × 10
100
< 1/x logy < 100
y = 0: x > 0
y < 0: x = 2n+1,
2𝑛 + 1
𝑚
(m ≠ 0; m, n son enteros)
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