Groeifactor

\mbox{Bij }  \fgcolor{cc0066} \textit{lineaire groei}  \mbox{ is de toename of afname per tijdseenheid constant.}\
\mbox{Bij }  \fgcolor{009966} \textit{exponentiële groei} \mbox{ is de groeifactor per tijdseenheid constant.}

\begin{align}
& \textbf{Lineaire en \
exponentiële groei}
\end{align}

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© \;  Noordhoff  \; Uitgevers \; bv

Edit

\begin{align}
\mbox{Lineaire groei}
\end{align}

\begin{align}
& \mbox{Introductie}
\end{align}

\begin{align}
\mbox{Exponentiële groei}
\end{align}

\begin{align}
\mbox{Schermtekst 3}
\end{align}

\begin{align}
\mbox{Schermtekst 4}
\end{align}

\mbox{▶}

A

B

1

Δy

B

Raster

\begin{align}
& \mbox{Lineaire groei}
\end{align}

\begin{align}
& \mbox{Exponentiële groei}
\end{align}

slider_a = 1.2 (slider from 0 to 2, step 0.1)
groei = If(slider_a ≥ 1, slider_a, 1 / (2 - slider_a))
A = Point(Segment[(0, -3), (0, 3)])
Ref1_{tekst}: ((0.99 * x(Corner[1, 1])) + (0.01 * x(Corner[1, 2])), (0.01 * y(Corner[1, 1])) + (0.99 * y(Corner[1, 4])))
slider_b = 0.8 (slider from 0 to 2, step 0.05)
menu = 0 (slider from 0 to 2, step 1)
C_{25} = Corner(2, 5)
edit = false
slider_c = 1.7 (slider from -5 to 5, step 0.1)
tabel = false
formule = false
Alignment2: x = (0.9 * x(Corner[2, 1])) + (0.1 * x(Corner[2, 2]))
Alignment1: x = (0.99 * x(Corner[1, 1])) + (0.01 * x(Corner[1, 2]))
Resolutie: "Menuscherm_{resolutie}\; is\;nu\; " + (LaTeX[C_{25}]) + ",\;  moet  \textbf{ (250,600)}\; zijn.\\
Hoofdscherm_{resolutie}\; is\;nu\;(" + (LaTeX[x(Corner[1, 5]) + x(C_{25})]) + "," + (LaTeX[y(Corner[1, 5])]) + ")\; moet \; \textbf{(965,600)} \;zijn."
expstart(x) = 1.5^(x)
a:y = (0.5 * x) - 1
B = (1.048168740116248, 2.381083589796836)
g = Line(A, B)
h = Slope(g)
f(x) = y(A) + (h * x)
u = Vector(B, B + (1, 0))
v = Vector(B + (1, 0), B + (1, 0) + (0, h))
text6: "" + (LaTeX[abs(h)]) + ""
Ref1_2: (x(Ref1_{tekst}), (0.22 * y(Corner[1, 1])) + (0.78 * y(Corner[1, 4])))
Ref1_3: ((0.55 * x(Corner[1, 1])) + (0.45 * x(Corner[1, 2])), y(Ref1_2))
slope = 0.8566114162969614
textformule: "y\; = " + (LaTeX[y(A)]) + "+ " + (LaTeX[h]) + "x"
poly1, b, c, i, j = Polygon(Ref1_2, Ref1_3, (x(Ref1_3), y(Corner[3])), (x(Ref1_{tekst}), y(Corner[4])))
AB = Distance(A, B)
Ref_5: ((0.87 * x(Corner[1, 1])) + (0.13 * x(Corner[1, 2])), (0.17 * y(Corner[1, 1])) + (0.83 * y(Corner[1, 3])))
Ref_6: ((0.64 * x(Corner[1, 1])) + (0.36 * x(Corner[1, 2])), (0.17 * y(Corner[1, 1])) + (0.83 * y(Corner[1, 3])))
C: (x(Midpoint[Ref_5, Ref_6]), y((0.17 * Corner[1, 1]) + (0.83 * Corner[1, 3])))
D: (x(Midpoint[C, Ref_5]), y((0.21 * Corner[1, 1]) + (0.79 * Corner[1, 3])))
E: (x(Midpoint[C, Ref_6]), y((0.21 * Corner[1, 1]) + (0.79 * Corner[1, 3])))
k = CircumcircleArc(Ref_5, D, C)
p = CircumcircleArc(C, E, Ref_6)
expfunctie(x) = (y(A) * groei^(x))
B_2 = Point(expfunctie)
text4: "" + (LaTeX[expfunctie(x(B_2) + 2)]) + ""
text2: "" + (LaTeX[x(B_2)]) + ""
text15: "" + (LaTeX[y(B_2)]) + ""
text3: "" + (LaTeX[x(B_2) + 1]) + ""
text16: "" + (LaTeX[expfunctie(x(B_2) + 1)]) + ""
text4_1: "" + (LaTeX[x(B_2) + 2]) + ""
text17: "x " + (LaTeX[slider_a]) + ""
text18: "x  " + (LaTeX[slider_a]) + ""
textslope_1: "+" + h + ""
text10: "+" + h + ""
text5_1: "" + (LaTeX[y(B)]) + ""
text11: "" + (LaTeX[y(A) + (slope * (x(B) + 1))]) + ""
text12: "" + (LaTeX[y(A) + (slope * (x(B) + 2))]) + ""
text7_1: "Startgetal\;=\; " + (LaTeX[y(A)]) + ""
text8: "Hellingsgetal \;=\; " + (LaTeX[slope]) + ""
raster = false
text13: "y\; =  " + (LaTeX[y(A)]) + "·" + (LaTeX[groei]) + "^x"
text14: "Groeifactor=" + (LaTeX[groei]) + ""
LegeTabel = TableText({{"x_B", "       ", "       ", "       "}, {"y_B", " ", " ", " "}}, "c_|")