Date: 2 Septiembre 2013

Milésima

Centésima

Décima

Entero

Muestra

Muestra

Compara los números

COMPARAR NÚMEROS DECIMALES 

Instrucciones:
- Consiste en comparar números decimales ubicados en 
la recta numérica entre 0 y 2.
-Para ello puede mover el deslizador y observar cada
número.
-Escriba en su cuaderno cada decimal, con su respectiva
ubicación en la recta numérica e indique cuál es mayor.

A = (-2.7584400000000016, -0.7369200000000001)
linelength = 13.8 (slider from 1 to 30, step 0.1)
numberofintervals = 20 (slider from 1 to 20, step 1)
list1 = Sequence(A + (linelength / numberofintervals * i, 0), i, 0, numberofintervals)
U: (x(Element[list1, 21]), y(A))
minimum = 0 (slider from -5 to 1, step 1)
maximum = 2 (slider from 1 to 5, step 1)
totaldistance: maximum - minimum
intervalforlabels: totaldistance / numberofintervals
a = Line(A, xAxis)
B: (x(Element[list1, 2]), y(A))
C: (x(Element[list1, 3]), y(A))
D: (x(Element[list1, 4]), y(A))
E: (x(Element[list1, 5]), y(A))
F: (x(Element[list1, 6]), y(A))
G: (x(Element[list1, 7]), y(A))
H: (x(Element[list1, 8]), y(A))
I: (x(Element[list1, 9]), y(A))
J: (x(Element[list1, 10]), y(A))
K: (x(Element[list1, 11]), y(A))
label1: "" + (minimum + intervalforlabels * 0)
label2: "" + (minimum + intervalforlabels)
label3: "" + (minimum + intervalforlabels * 2)
label4: "" + (minimum + intervalforlabels * 3)
label5: "" + (minimum + intervalforlabels * 4)
label6: "" + (minimum + intervalforlabels * 5)
label7: "" + (minimum + intervalforlabels * 6)
label8: "" + (minimum + intervalforlabels * 7)
label9: "" + (minimum + intervalforlabels * 8)
label10: "" + (minimum + intervalforlabels * 9)
spacery = 0.5 (slider from 0 to 5, step 0.1)
spacerx = 0.2 (slider from -5 to 5, step 0.1)
unit = 0 (slider from 0 to 1, step 1)
tenths = 3 (slider from 0 to 9, step 1)
hundredths = 9 (slider from 0 to 9, step 1)
thousandths = 8 (slider from 0 to 9, step 1)
generateddecimal: tenths * 0.1 + hundredths * 0.01 + thousandths * 0.0010
generatednumber: unit + generateddecimal
percentmovedover: generatednumber / totaldistance
dotdistance: x(U) - x(A)
distancemovedover: percentmovedover * dotdistance
Z: (x(A) + distancemovedover, y(A))
W: (x(Z), y(Z) + 2)
u = Vector(W, Z)
digitthous: "" + thousandths
digithund: "" + hundredths
digittenths: "" + tenths
digitunit: "" + unit
P_1 = (-1, 7)
spacerdigits = 1 (slider from -5 to 5, step 0.1)
L: (x(Element[list1, 12]), y(A))
M: (x(Element[list1, 13]), y(A))
N: (x(Element[list1, 14]), y(A))
O: (x(Element[list1, 15]), y(A))
P: (x(Element[list1, 16]), y(A))
Q: (x(Element[list1, 17]), y(A))
R: (x(Element[list1, 18]), y(A))
S: (x(Element[list1, 19]), y(A))
T: (x(Element[list1, 20]), y(A))
label12: "" + (minimum + intervalforlabels * 11)
label13: "" + (minimum + intervalforlabels * 12)
label14: "" + (minimum + intervalforlabels * 13)
label15: "" + (minimum + intervalforlabels * 14)
label16: "" + (minimum + intervalforlabels * 15)
label17: "" + (minimum + intervalforlabels * 16)
label18: "" + (minimum + intervalforlabels * 17)
label19: "" + (minimum + intervalforlabels * 18)
label20: "" + (minimum + intervalforlabels * 19)
label21: "" + (minimum + intervalforlabels * 20)
label11: "" + (minimum + intervalforlabels * 10)
unit_2 = 0 (slider from 0 to 1, step 1)
tenths_2 = 0 (slider from 0 to 9, step 1)
hundredths_2 = 9 (slider from 0 to 9, step 1)
thousandths_2 = 0 (slider from 0 to 9, step 1)
P_2 = (-1, 5)
generatednumber_2: unit_2 + tenths_2 * 0.1 + hundredths_2 * 0.01 + thousandths_2 * 0.0010
percentmovedover_2: generatednumber_2 / totaldistance
distancemovedover_2: percentmovedover_2 * dotdistance
digitunit2: "" + unit_2
digittenths2: "" + tenths_2
digithund2: "" + hundredths_2
digitthous2: "" + thousandths_2
Z_2: (x(A) + distancemovedover_2, y(A))
W_2: (x(Z_2), y(Z_2) + 2)
v = Vector(W_2, Z_2)
V = (-3, 9)
A_1 = (-3, 4)
B_1 = (5.30742, 4.0014400000000006)
C_1 = (5.2808, 9.006000000000002)
poly1, v_1, a_1, b_1, c_1 = Polygon(V, A_1, B_1, C_1)
E_1 = Point(a_1)
G_1 = Point(a_1)
I_1 = Point(a_1)
E1 = 0
E_2: (x(E_1), y(E_1) + v_1)
G_2: (x(G_1), y(G_1) + v_1)
I_2: (x(I_1), y(I_1) + v_1)
b = Segment(E_2, E_1)
c = Segment(G_2, G_1)
d = Segment(I_2, I_1)
show1 = true
show2 = true
compare = true
D_1 = (0.542439999999999, 3.0963600000000007)
text5: "" + generatednumber + " es mayor que  " + generatednumber_2 + ""
text6_1: "" + generatednumber + " es menor que " + generatednumber_2 + ""