f

g

h: x--> 1000\frac{16,96-x}{16,96+x}

h

t

Points

Abscisse

Ordonnée

Image par f

Incertitude

Image par g

Incertitude

A2 = (0, 1010)
A3 = (1, 896)
A4 = (2, 792)
A5 = (3, 699)
A6 = (4, 614)
A7 = (5, 538)
A8 = (6, 470)
A9 = (7, 409)
A10 = (8, 355)
A11 = (9, 306)
A12 = (10, 264)
A13 = (12, 194)
A14 = (15, 121)
A15 = (20, 55)
A16 = (25, 26)
A17 = (30, 12)
A18 = (35, 6)
A19 = (40, 3)
h = Function(1000.0 * (16.96 - x) / (16.96 + x), 0.0, 50.0)
a = 1
b = -50
c = 652
g = Function(a * x^(2.0) + b * x + c, 0.0, 50.0)
m = -100
p = 1010
f = Function(m * x + p, 0.0, 50.0)
v1 = false
T2: "f: " + " x--> " + m + "x+" + p
T3: "g: " + " x--> " + a + "x²" + b + "x+" + c
v2 = false
v3 = false
λ = -0.146
k = 1050
t = Function(k * exp(λ * x), 0.0, 50.0)
T5: "t: " + " x--> " + k + "exp(" + λ + "x)"
v4 = false
B2: x(A2)
B3: x(A3)
B4: x(A4)
B5: x(A5)
B6: x(A6)
B7: x(A7)
B8: x(A8)
B9: x(A9)
B10: x(A10)
B11: x(A11)
B12: x(A12)
B13: x(A13)
B14: x(A14)
B15: x(A15)
B16: x(A16)
B17: x(A17)
B18: x(A18)
B19: x(A19)
C2: y(A2)
C3: y(A3)
C4: y(A4)
C5: y(A5)
C6: y(A6)
C7: y(A7)
C8: y(A8)
C9: y(A9)
C10: y(A10)
C11: y(A11)
C12: y(A12)
C13: y(A13)
C14: y(A14)
C15: y(A15)
C16: y(A16)
C17: y(A17)
C18: y(A18)
C19: y(A19)
D2: f(x(A2))
D3: f(x(A3))
D4: f(x(A4))
D5: f(x(A5))
D6: f(x(A6))
D7: f(x(A7))
D8: f(x(A8))
D9: f(x(A9))
D10: f(x(A10))
D11: f(x(A11))
D12: f(x(A12))
D13: f(x(A13))
D14: f(x(A14))
D15: f(x(A15))
D16: f(x(A16))
D17: f(x(A17))
D18: f(x(A18))
D19: f(x(A19))
E2: (f(x(A2)) - y(A2)) / y(A2)
E3: (f(x(A3)) - y(A3)) / y(A3)
E4: (f(x(A4)) - y(A4)) / y(A4)
E5: (f(x(A5)) - y(A5)) / y(A5)
E6: (f(x(A6)) - y(A6)) / y(A6)
E7: (f(x(A7)) - y(A7)) / y(A7)
E8: (f(x(A8)) - y(A8)) / y(A8)
E9: (f(x(A9)) - y(A9)) / y(A9)
E10: (f(x(A10)) - y(A10)) / y(A10)
E11: (f(x(A11)) - y(A11)) / y(A11)
E12: (f(x(A12)) - y(A12)) / y(A12)
E13: (f(x(A13)) - y(A13)) / y(A13)
E14: (f(x(A14)) - y(A14)) / y(A14)
E15: (f(x(A15)) - y(A15)) / y(A15)
E16: (f(x(A16)) - y(A16)) / y(A16)
E17: (f(x(A17)) - y(A17)) / y(A17)
E18: (f(x(A18)) - y(A18)) / y(A18)
E19: (f(x(A19)) - y(A19)) / y(A19)
F2: g(x(A2))
G2: (g(x(A2)) - y(A2)) / y(A2)
F3: g(x(A3))
G3: (g(x(A3)) - y(A3)) / y(A3)
F4: g(x(A4))
G4: (g(x(A4)) - y(A4)) / y(A4)
F5: g(x(A5))
G5: (g(x(A5)) - y(A5)) / y(A5)
F6: g(x(A6))
G6: (g(x(A6)) - y(A6)) / y(A6)
F7: g(x(A7))
G7: (g(x(A7)) - y(A7)) / y(A7)
F8: g(x(A8))
G8: (g(x(A8)) - y(A8)) / y(A8)
F9: g(x(A9))
G9: (g(x(A9)) - y(A9)) / y(A9)
F10: g(x(A10))
G10: (g(x(A10)) - y(A10)) / y(A10)
F11: g(x(A11))
G11: (g(x(A11)) - y(A11)) / y(A11)
F12: g(x(A12))
G12: (g(x(A12)) - y(A12)) / y(A12)
F13: g(x(A13))
G13: (g(x(A13)) - y(A13)) / y(A13)
F14: g(x(A14))
G14: (g(x(A14)) - y(A14)) / y(A14)
F15: g(x(A15))
G15: (g(x(A15)) - y(A15)) / y(A15)
F16: g(x(A16))
G16: (g(x(A16)) - y(A16)) / y(A16)
F17: g(x(A17))
G17: (g(x(A17)) - y(A17)) / y(A17)
F18: g(x(A18))
G18: (g(x(A18)) - y(A18)) / y(A18)
F19: g(x(A19))
G19: (g(x(A19)) - y(A19)) / y(A19)

Tool: Droite_passant_par_deux_points_libres (command Droite_passant)
Input: A, B
Output: d

b: x(B) - x(A)
a: y(A) - y(B)
c: -x(A) * a - y(A) * b
d: a * x + b * y + c = 0.0

Tool: Droite_perpendiculaire_libre (command Droite_perpendiculaire)
Input: A, B, C
Output: a

a: (x - x(C)) * (x(B) - x(A)) + (y - y(C)) * (y(B) - y(A)) = 0.0

Tool: Médiatrice_libre
Input: A, B
Output: a

C = Midpoint(A, B)
a = Droite_perpendiculaire(A, B, C)

Tool: Droite_parallèle_libre (command Droite_parallèle)
Input: A, B, C
Output: a

a: (x - x(C)) * (y(B) - y(A)) - (y - y(C)) * (x(B) - x(A)) = 0.0