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Moyenne = %x

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série 1

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a = Segment((0, 1), (10, 1))
b = Segment((0, 2), (10, 2))
c = Segment((0, 3), (10, 3))
g = Segment((-0.5, 0), (10.5, 0))
A1 = 0
A2 = 1
A3: (2 * A2) - A1
A4: (2 * A3) - A2
A5: (2 * A4) - A3
A6: (2 * A5) - A4
A7: (2 * A6) - A5
A8: (2 * A7) - A6
A9: (2 * A8) - A7
A10: (2 * A9) - A8
A11: (2 * A10) - A9
B1: (A1, 0)
B2: (A2, 0)
B3: (A3, 0)
B4: (A4, 0)
B5: (A5, 0)
B6: (A6, 0)
B7: (A7, 0)
B8: (A8, 0)
B9: (A9, 0)
B10: (A10, 0)
B11: (A11, 0)
A_0 = Point(a)
A_1 = Point(a)
A_2 = Point(a)
A_3 = Point(a)
A_4 = Point(a)
A_5 = Point(a)
A_6 = Point(a)
A_7 = Point(a)
A_8 = Point(a)
A_9 = Point(a)
B_0 = Point(b)
B_1 = Point(b)
B_2 = Point(b)
B_3 = Point(b)
B_4 = Point(b)
B_5 = Point(b)
B_6 = Point(b)
B_7 = Point(b)
B_8 = Point(b)
B_9 = Point(b)
C_0 = Point(c)
C_1 = Point(c)
C_2 = Point(c)
C_3 = Point(c)
C_4 = Point(c)
C_5 = Point(c)
C_6 = Point(c)
C_7 = Point(c)
C_8 = Point(c)
C_9 = Point(c)
liste1: {x(A_0), x(A_1), x(A_2), x(A_3), x(A_4), x(A_5), x(A_6), x(A_7), x(A_8), x(A_9)}
liste2: {x(B_0), x(B_1), x(B_2), x(B_3), x(B_4), x(B_5), x(B_6), x(B_7), x(B_8), x(B_9)}
liste3: {x(C_0), x(C_1), x(C_2), x(C_3), x(C_4), x(C_5), x(C_6), x(C_7), x(C_8), x(C_9)}
A: (Mean[liste1], 1)
B: (Mean[liste2], 2)
C: (Mean[liste3], 3)
A13 = 12
A14 = 12.5
A15: (2 * A14) - A13
A16: (2 * A15) - A14
A17: (2 * A16) - A15
A18: (2 * A17) - A16
A19: (2 * A18) - A17
B13: (A13, 0)
B14: (A14, 0)
B15: (A15, 0)
B16: (A16, 0)
B17: (A17, 0)
B18: (A18, 0)
B19: (A19, 0)
i = BoxPlot(-5.5, 0.5, liste1)
j = BoxPlot(-4, 0.5, liste2)
k = BoxPlot(-2.5, 0.5, liste3)
Q1 = 0
A20: (2 * A19) - A18
A21: (2 * A20) - A19
A22: (2 * A21) - A20
A23: (2 * A22) - A21
B20: (A20, 0)
B21: (A21, 0)
B22: (A22, 0)
B23: (A23, 0)
h = Segment((11.5, 0), (17.5, 0))
d = Segment((12, 1), (17, 1))
e = Segment((12, 2), (17, 2))
Segment[(12, 2), (18, 2)] = Segment((12, 2), (17, 2))
f = Segment((12, 3), (17, 3))
E: ((Max[liste2] - Min[liste2]) / 2 + 12, 2)
D: ((Max[liste1] - Min[liste1]) / 2 + 12, 1)
F: ((Max[liste3] - Min[liste3]) / 2 + 12, 3)
série1: "Série 1
* x_1 =  " + (x(A_1)) + " 
* x_2 =  " + (x(A_2)) + " 
* x_3 =  " + (x(A_3)) + " 
* x_4 =  " + (x(A_4)) + " 
* x_5 =  " + (x(A_5)) + " 
* x_6 =  " + (x(A_6)) + " 
* x_7 =  " + (x(A_7)) + " 
* x_8 =  " + (x(A_8)) + "
* x_9 =  " + (x(A_9)) + " 
* x_{10} =  " + (x(A_0)) + " 
Moyenne : " + (x(A)) + "
Ecart interquartile : " + (Q3[liste1] - Q1[liste1]) + "
Premier quartile : " + (Q1[liste1]) + "
Médiane : " + (Median[liste1]) + "
Troisième quartile : " + (Q3[liste1]) + ""
série2: "Série 2
* y_1 = " + (x(B_1)) + " 
* y_2 = " + (x(B_2)) + " 
* y_3 = " + (x(B_3)) + " 
* y_4 = " + (x(B_4)) + " 
* y_5 = " + (x(B_5)) + " 
* y_6 = " + (x(B_6)) + " 
* y_7 = " + (x(B_7)) + " 
* y_8 = " + (x(B_8)) + "
* y_9 = " + (x(B_9)) + " 
* y_{10} = " + (x(B_0)) + " 
Moyenne : " + (x(B)) + " 
Ecart interquartile : " + (Q3[liste2] - Q1[liste2]) + "
Premier quartile : " + (Q1[liste2]) + "
Médiane : " + (Median[liste2]) + "
Troisième quartile : " + (Q3[liste2]) + ""
série3: "Série 3
* z_1 = " + (x(C_1)) + " 
* z_2 = " + (x(C_2)) + " 
* z_3 = " + (x(C_3)) + " 
* z_4 = " + (x(C_4)) + " 
* z_5 = " + (x(C_5)) + " 
* z_6 = " + (x(C_6)) + " 
* z_7 = " + (x(C_7)) + "
* z_8 = " + (x(C_8)) + " 
* z_9 = " + (x(C_9)) + " 
* z_{10} = " + (x(C_0)) + "
Moyenne : " + (x(C)) + "
Ecart interquartile : " + (Q3[liste3] - Q1[liste3]) + "
Premier quartile : " + (Q1[liste3]) + "
Médiane : " + (Median[liste3]) + "
Troisième quartile : " + (Q3[liste3]) + ""
Ecart1: "Ecart interquartile =  " + (Q3[liste1] - Q1[liste1]) + ""
Ecart2: "Ecart interquartile =  " + (Q3[liste2] - Q1[liste2]) + ""
étendue3: "Ecart interquartile = " + (Q3[liste3] - Q1[liste3]) + ""