t

b_t

points

Time

model b_t

points

A2 = 0
B2 = 1.99
A3 = 1
B3 = 2.68
A4 = 2
B4 = 3.63
A5 = 3
B5 = 4.89
A6 = 4
B6 = 6.63
A7 = 5
C2: (A2, B2)
C3: (A3, B3)
C4: (A4, B4)
C5: (A5, B5)
C6: (A6, B6)
text4 = RotateText("Population density", 1.5707963267948966)
p(x) = 0.0236 + 1.86E-4 * x + 0.00893 * x^(2)
B7 = 8.93
B8 = 12.1
A8 = 6
C7: (A7, B7)
C8: (A8, B8)
D2: B2
D3: D2 * 1.35
D4: D3 * 1.35
D5: D4 * 1.35
D6: D5 * 1.35
D7: D6 * 1.35
D8: D7 * 1.35
E2: (A2, D2)
E3: (A3, D3)
E4: (A4, D4)
E5: (A5, D5)
E6: (A6, D6)
E7: (A7, D7)
E8: (A8, D8)