$\textsf{Neuer Flächeninhalt}$

\textsf{km^2}

\textsf{ha}

\textsf{a}

\textsf{m^2}

\textsf{dm^2}

\textsf{cm^2}

\textsf{mm^2}

\textsf{Unten sind verschiedene Flächenmaße gegeben.\Ziehe den Schieberegler und trage so die angegebene Maßzahl in die Stellenwerttabelle ein.}

$\textsf{Zieh mich!}$

$\textsf{Umrechnen}$

\text{0}

\text{0}

\text{0}

\text{0}

\textsf{0}

\textsf{0}

\colorbox{ebe7f8}{\textsf{Kleinere Einheit → Größere Maßzahl}}

count = 1
RandomTexts: {"34 872", "9 274", "463", "19 833", "9 364", "23 743", "25 625", "35 756", "47 475", "20 875"}
RandomExamples1: {34872, 9274, 463, 19833, 9364, 23743, 25625, 35756, 47475, 20875}
RandomNumber: count
U_1: (-7, -1)
O_1 = (-4.994072867716564, -0.9757719424953247)
N_1 = (4.976095817760565, -1.0645271533452694)
T_1: (-7, 0)
M_1 = (4.976095817760565, -0.04162334829965506)
L_1 = (-5.008865402858222, -0.019434545587168846)
q1, l_1, m_1, n_1, e_2 = Polygon(T_1, M_1, N_1, U_1)
B = (-5, 1)
C = (-5, -1)
D = (-4, 1)
E = (-4, -1)
F = (-3, 1)
G = (-3, -1)
H = (-2, 1)
I = (-2, -1)
J = (-1, 1)
K = (-1, -1)
L = Point(yAxis)
M = Point(yAxis)
N = (1, 1)
O = (1, -1)
P = (2, 1)
Q = (2, -1)
R = (3, 1)
S = (3, -1)
T = (4, 1)
U = (4, -1)
V = (5, 1)
W = (5, -1)
f = Segment(B, V)
g = Segment(C, W)
h = Segment(B, C)
i = Segment(V, W)
j = Segment(D, E)
k = Segment(F, G)
l = Segment(H, I)
m_{4} = Segment(J, K)
n = Segment(L, M)
p = Segment(N, O)
q = Segment(P, Q)
r = Segment(R, S)
s = Segment(T, U)
Z = Intersect(h, xAxis)
A_1 = Intersect(i, xAxis)
t = Segment(Z, A_1)
a_{3} = LineBisector(B, D)
b = LineBisector(D, F)
c = LineBisector(F, H)
d = LineBisector(H, J)
e = LineBisector(J, L)
f_1 = LineBisector(L, N)
g_1 = LineBisector(N, P)
h_1 = LineBisector(P, R)
i_1 = LineBisector(R, T)
j_1 = LineBisector(T, V)
B_1 = Intersect(a_{3}, f)
C_1 = Intersect(b, f)
D_1 = Intersect(c, f)
E_1 = Intersect(d, f)
F_1 = Intersect(e, f)
G_1 = Intersect(f_1, f)
H_1 = Intersect(g_1, f)
I_1 = Intersect(h_1, f)
J_1 = Intersect(i_1, f)
K_1 = Intersect(j_1, f)
P_1: (2.3748869063, -0.2209726091)
Q_1: (-6, 0)
R_1: (-6, -1)
S_1: (-7, 1)
V_1: (-5, 0)
a_1 = Segment(B, S_1)
b_1 = Segment(C, U_1)
f_2 = Segment(U_1, S_1)
g_2 = Segment(T_1, V_1)
i_2 = Segment(V, W)
n_2 = Segment(J, K)
p_2 = Segment(N, O)
r_2 = Segment(R, S)
t_2 = Segment(Q_1, R_1)
Z_1: (-2, -1)
A_2: (-2, 0)
c_2 = Segment(A_2, Z_1)
B_2: (0, 0)
d_2 = Segment(B_2, M)
neueMasseButtonScript: 0
attemptCount: 0
num: RandomExamples1(RandomNumber)
A: (((L * i) * s) * t)
text1: "\textsf{" + (LaTeX[num]) + "}"
List = Sequence(Mod[floor(num / 10^(i)), 10], i, 0, 11)
k_1 = Segment(G, F)
p_1 = Segment(C, B)
C_2: (2, 0)
D_2: (4, 0)
E_2: (-4, 0)
q_1 = Segment(E, E_2)
r_1 = Segment(Q, C_2)
s_1 = Segment(U, D_2)
F_2: (7, 1)
G_2: (7, -1)
H_2: (7, 0)
t_1 = Segment(F_2, G_2)
I_2: (6, 0)
J_2: (6, -1)
c_1 = Segment(I_2, J_2)
RandomMase: {"ha", "a", "km^2", "dm^2", "m^2", "cm^2", "dm^2", "ha", "dm^2", "cm^2"}
number: RandomTexts(RandomNumber)
RandomUmrechnung: {"m^2", "m^2", "ha", "cm^2", "cm^2", "mm^2", "cm^2", "a", "cm^2", "mm^2"}
text36: "\text{Wie viele " + (LaTeX[RandomUmrechnung(RandomNumber)]) + " sind " + (LaTeX[RandomTexts(RandomNumber)]) + " " + (LaTeX[RandomMase(RandomNumber)]) + "?"
anzahl: {1, 2, 1, 1, 2, 1, 1, 1, 1, 1}
sliderOption: anzahl(RandomNumber)
newSlider = 9 (slider from 5 - u to 9, step 1)
text53: "" + (LaTeX[List(1)]) + ""
text54: "" + (LaTeX[List(2)]) + ""
text69: "" + (LaTeX[List(3)]) + ""
text70: "" + (LaTeX[List(4)]) + ""
text71: "" + (LaTeX[List(5)]) + ""
W_1: (-3.3748869063, -0.2209726091)
K_2: (-3.3748869063, -0.2209726091)
L_2: (-1.5, -0.2209726091)
M_2: (0.3748869063, -0.2209726091)
N_2: (6.3748869063, -0.2209726091)
O_2: (4.3748869063, -0.2209726091)
Q_2: (-5.3748869063, -0.2209726091)
u = If(sliderOption ≟ 1, 1, 0)
umwandlung = false
solutions: {"348 720 000 m^2", "927 400 m^2", "46 300 ha", "1 983 300 cm^2", "93 640 000 cm^2", "2 374 300 mm^2", "2 562 500 cm^2", "3 575 600 a", "4 747 500 cm^2", "2 087 500 mm^2"}
text74: "\text{" + (LaTeX[RandomTexts(RandomNumber)]) + " " + (LaTeX[RandomMase(RandomNumber)]) + " = " + (LaTeX[solutions(RandomNumber)]) + "}"
showsolution = false
U_2: (-8, -1)
T_2: (-8, 0)
S_2: (-8, 1)
h_2 = Segment(S_2, F_2)
d_1 = Segment(T_2, H_2)
e_1 = Segment(S_2, U_2)
l_2 = Segment(U_2, G_2)
V_2: (-5.3748869063, -0.2209726091)
P_2 = (-9.514811898287133, 0.48366212933148367)
R_2 = (-8.218931919583744, 0.4836621293314816)
W_2 = (-8.089343921713404, -1.2414780923174067)
Z_2 = (-9.49861339855334, -0.901309597907764)
q2, m_2, q_2, w_2, z_2 = Polygon(P_2, R_2, W_2, Z_2)
text35: "\text{\bold{" + (LaTeX[number]) + "} " + (LaTeX[RandomMase(RandomNumber)]) + "}"
A_3 = (-5.0118915162386655, 1.6355337559896714)
B_3 = (-4.0118915162386655, 1.6355337559896714)
cmmm: "\textsf{Es gilt: \textcolor{#DB6114}{1 cm^2 = 100 mm^2}, daher: \textcolor{#DB6114}{" + (LaTeX[text74]) + "}.\\Du musst hier die angegebene \textcolor{#DB6114}{Maßzahl mit 100 multiplizieren}.}"
text23: "\textsf{Es gilt: \textcolor{#DB6114}{1 a = 100 m^2}, daher: \textcolor{#DB6114}{" + (LaTeX[text74]) + "}.\\Du musst hier die angegebene \textcolor{#DB6114}{Maßzahl mit 100 multiplizieren}.}"
text24: "\textsf{Es gilt: \textcolor{#DB6114}{1 km^2 = 100 ha}, daher: \textcolor{#DB6114}{" + (LaTeX[text74]) + "}.\\Du musst hier die angegebene \textcolor{#DB6114}{Maßzahl mit 100 multiplizieren}.}"
text25: "\textsf{Es gilt: \textcolor{#DB6114}{1 dm^2 = 100 cm^2}, daher: \textcolor{#DB6114}{" + (LaTeX[text74]) + "}.\\Du musst hier die angegebene \textcolor{#DB6114}{Maßzahl mit 100 multiplizieren}.}"
text26: "\textsf{Es gilt: \textcolor{#DB6114}{1 m^2 = 10 000 cm^2}, daher: \textcolor{#DB6114}{" + (LaTeX[text74]) + "}.\\Du musst hier die angegebene \textcolor{#DB6114}{Maßzahl mit 10 000 multiplizieren}.}"
text22: "\textsf{Es gilt: \textcolor{#DB6114}{1 ha = 100 a}, daher: \textcolor{#DB6114}{" + (LaTeX[text74]) + "}.\\Du musst hier die angegebene \textcolor{#DB6114}{Maßzahl mit 100 multiplizieren}.}"
text27: "\textsf{Es gilt: \textcolor{#DB6114}{1 ha = 10 000 m^2}, daher: \textcolor{#DB6114}{" + (LaTeX[text74]) + "}.\\Du musst hier die angegebene \textcolor{#DB6114}{Maßzahl mit 10 000 multiplizieren}.}"
C_3 = (-4.805098100686995, 1.4920187377600542)
D_3 = (-3.877733990927381, 1.4798698629597122)
G_3: (-7, 0)
k_2 = Segment(U_1, G_3)
buttonLatex: "\textsf{" + (LaTeX[If[count < 10, "Neuer Flächeninhalt", "Nochmal!"]]) + "}"
E_3: (-3, -0)
F_3: (-1, 0)
H_3: (1, 0)
I_3: (3, 0)
km, s_2, b_2, a_2, f_3 = Polygon(S_2, B, L_1, T_2)
mm, g_3, v, h_3, i_3 = Polygon(F_2, V, A_1, H_2)
dm, r_3, n_3, j_3, k_3 = Polygon(R, N, H_3, I_3)
a, j_4, f_4, e_3, l_3 = Polygon(J, F, E_3, F_3)
ha, b_3, f_5, m_3, p_3 = Polygon(B, F, E_3, L_1)
m, j_5, n_4, q_3, s_3 = Polygon(J, N, H_3, F_3)
cm, r_4, v_1, t_3, c_3 = Polygon(R, V, A_1, I_3)
J_3 = (-5.332583961666101, 1.2255603155181172)
K_3 = (-3.3325839616661006, 1.2255603155181172)