b=

→

←

↑

↓

Time

C = Point(yAxis)
B = Intersect(xAxis, yAxis)
c = Ray(B, C)
P_0 = Point(c)
b = 1.1
tdouble: log(2) / log(b)
thalf: ((-log(2))) / log(b)
inputBox1 = Textfield(b)
width = 29.585798816568044
height = 2.1761445085921705
tickheight: height / 30
tickwidth: width / 30
text2 = RotateText("Population density", 1.5707963267948966)
text4: "T_{half}=" + thalf + ""
text5: "T_{double}=" + tdouble + ""
Tmid: (width / 2, 0)
Pmid: (0, (2 * height / 3))
a: y(P_0)
P(t) = (a * b^(t))
P1 = Point(P)
P2 = Point(P)
P3 = Point(P)
Pbase = Point(P)
xline1 = Line((x(P1), 0), (x(P1), 1))
xline2 = Line((x(P2), 0), (x(P2), 1))
xline3 = Line((x(P3), 0), (x(P3), 1))
xlinebase = Line((x(Pbase), 0), (x(Pbase), 1))
yline1 = Line((0, y(P1)), (1, y(P1)))
yline2 = Line((0, y(P2)), (1, y(P2)))
yline3 = Line((0, y(P3)), (1, y(P3)))
ylinebase = Line((0, y(Pbase)), (1, y(Pbase)))
text1: "P_T = " + (LaTeX[a]) + " \cdot " + (LaTeX[b]) + "^T"