Unidades

Décimas

Centésimas

Milésimas

Comparar dos números decimales

Unidades

Décimas

Centésimas

Milésimas

Ejemplos

Ejercicios

Ejemplos

Ejercicios

Nuevo número

d02 = 1 (slider from 0 to 9, step 1)
d01 = Random(0, 9)
b02 = 4 (slider from 0 to 9, step 1)
b01 = Random(0, 9)
a02 = 5 (slider from 0 to 9, step 1)
a01 = Random(0, 9)
h = 0 (slider from 0 to 1, step 1)
d = If(h ≟ 0, d02, d01)
b = If(h ≟ 0, b02, b01)
a = If(h ≟ 0, a02, a01)
c02 = 8 (slider from 0 to 9, step 1)
c01 = Random(0, 9)
c = If(h ≟ 0, c02, c01)
B = (-1, 2)
B1: B + (12, 0)
c_2 = Line(B + (0, 0.2), B1 + (0, 0.2))
A = (-1, 4)
A1: A + (12, 0)
c_1 = Line(A + (0, 0.2), A1 + (0, 0.2))
n1: a
n2: a + b / 10
n3: a + b / 10 + c / 100
C = (-1, 0)
D = (-1, -2)
C1: C + (12, 0)
D1: D + (12, 0)
e = Segment(A, A1)
f = Segment(B, B1)
g = Segment(C, C1)
h_1 = Segment(D, D1)
E = (0.14, -1.8)
li11 = Sequence(A + (k / 12 * (A1 - A)), k, 1, 11)
li21 = Sequence(B + (k / 12 * (B1 - B)), k, 1, 11)
li31 = Sequence(C + (k / 12 * (C1 - C)), k, 1, 11)
li41 = Sequence(D + (k / 12 * (D1 - D)), k, 1, 11)
li12 = Sequence(k, k, 0, 10, 1)
li22 = Sequence(n1 + k / 10, k, 0, 10, 1)
li32 = Sequence(n2 + k / 100, k, 0, 10, 1)
li42 = Sequence(n3 + k / 1000, k, 0, 10, 1)
li13 = Sequence(Text[Element[li12, k], Element[li11, k] - (0, 0.4)], k, 1, 11)
li23 = Sequence(Text[Element[li22, k], Element[li21, k] - (0, 0.4)], k, 1, 11)
li33 = Sequence(Text[Element[li32, k], Element[li31, k] - (0, 0.4)], k, 1, 11)
li43 = Sequence(Text[Element[li42, k], Element[li41, k] - (0, 0.4)], k, 1, 11)
n4: a + b / 10 + c / 100 + d / 1000
A4: n4
B4 = Point(c_1)
pp: ((n4 - floor(n4)) * 10)
A5: ((A4 - floor(A4)) * 10)
A6: ((A5 - floor(A5)) * 10)
H5 = Point(c_2)
A7: ((A6 - floor(A6)) * 10)
H6: (A6, 0.2)
H7: (A7, -1.8)
p1 = 7 (slider from 0 to 9, step 1)
C4 = Vector(B4 + (0, 1), B4)
p2 = 3 (slider from 0 to 9, step 1)
p4 = 0 (slider from 0 to 9, step 1)
p3 = 3 (slider from 0 to 9, step 1)
q1: p1
q2: p1 + p2 / 10
q3: p1 + p2 / 10 + p3 / 100
q4: p1 + p2 / 10 + p3 / 100 + p4 / 1000
texto2: "" + q4 + ""
F4: q4
F5: ((F4 - floor(F4)) * 10)
F6: ((F5 - floor(F5)) * 10)
F7: ((F6 - floor(F6)) * 10)
G4: (F4, 4.2)
G5: (F5, 2.2)
G6: (F6, 0.2)
G7: (F7, -1.8)
H5_1 = Vector(G5 + (0, 1), G5)
H6_1 = Vector(G6 + (0, 1), G6)
H7_1 = Vector(G7 + (0, 1), G7)
i = false
texto7: "" + n4 + " es igual a " + q4 + ""
texto8: "" + n4 + " es menor que " + q4 + ""
texto9: "" + n4 + " es mayor que " + q4 + ""
tx = If(n4 ≟ p4, texto7, If[n4 ≤ p4, texto8, texto9])
F = (-3.94, -1.7)
polígono1, j, k, l, m = Polygon(Element[li11, a + 1], Element[li21, 1], Element[li21, 11], Element[li11, a + 2])
polígono2, n, p, q, r = Polygon(Element[li21, b + 1], Element[li31, 1], Element[li31, 11], Element[li21, b + 2])
polígono3, s, t, a_1, b_1 = Polygon(Element[li31, c + 1], Element[li41, 1], Element[li41, 11], Element[li31, c + 2])
texto14: "" + n4 + ""
texto15: "" + q4 + ""
texto16: "" + n4 + ""
texto17: "" + n4 + ""
texto18: "" + q4 + ""
texto19: "" + q4 + ""
H4 = Vector(G4 + (0, 1), G4)
I7 = Vector((10, -0.8), (10, -1.8))
texto20: "" + n4 + ""
texto21: "" + q4 + ""
c_3 = Line(C + (0, 0.2), C1 + (0, 0.2))
xb4: x(B4)
B5 = Point(c_2)
C5 = Vector(B5 + (0, 1), B5)
xb5: x(B5)
nn3: (10 * (n3 - n1))
a5 = If((xb5 ≥ nn3 - 0.01) ∧ (xb5 ≤ nn3 + 0.01), 1, 0)
B6 = Point(c_3)
C6 = Vector(B6 + (0, 1), B6)
xb6: x(B6)
nn4: (100 * (n4 - n2))
a6 = If((xb6 ≥ nn4 - 0.02) ∧ (xb6 ≤ nn4 + 0.02), 1, 0)
a4 = If((xb4 ≥ n2 - 0.01) ∧ (xb4 ≤ n2 + 0.01), 1, 0)
c_4 = Line(D + (0, 0.2), D1 + (0, 0.2))
B7 = Point(c_4)
C7 = Vector(B7 + (0, 1), B7)
xb7: x(B7)
s1 = Segment(Element[li11, a + 1], Element[li11, a + 2])
s2 = Segment(Element[li21, b + 1], Element[li21, b + 2])
s3 = Segment(Element[li31, c + 1], Element[li31, c + 2])
s4 = Segment(Element[li41, d + 1], Element[li41, d + 2])
t1 = Segment(Element[li11, a + 1], Element[li21, 1])
t2 = Segment(Element[li11, a + 2], Element[li21, 11])
t3 = Segment(Element[li21, b + 1], Element[li31, 1])
t4 = Segment(Element[li21, b + 2], Element[li31, 11])
t5 = Segment(Element[li31, c + 1], Element[li41, 1])
t6 = Segment(Element[li31, c + 2], Element[li41, 11])
nn5: (1000 * (n4 - n3))
a7 = If((xb7 ≥ nn5 - 0.02) ∧ (xb7 ≤ nn5 + 0.02), 1, 0)
d_1 = Circle((nn5, y(D)), 0.13)
texto22: "" + a + ""
texto23: "" + b + ""
texto24: "" + c + ""
texto25: "" + d + ""
texto1: "Número: " + n4 + ""