Para los profesores de Matemáticas que deseen incorporar actividades de las Unidades Didácticas creadas en el sistema Descartes existe la posibilidad de incrustarlas en una entrada del blog, como la que vemos en el ejemplo,en este caso está relacionada con el sistema de numeración romana.
En esta dirección han creado un curso en Moodle, al que se puede acceder como invitado, en el que se explica también como integrar actividades en cursos creados en la plataforma Moodle.
Con el puntero del ratón puedes mover las letras de abajo, coloca en el rectángulo en la forma adecuada las letras que necesites.
Cuando lo hayas hecho bien aparecerá el mensaje CORRECTO.
Al picar sobre inicio aparecerá otro número. Realiza este ejercicio varias veces.
<param name="A_06" value="id=vi1 expresión='(abs(i1.y)<0.5)-2*(abs(i1.y)<0.5)*((i1.x<v.x)*(abs(v.y)<0.5)+(i1.x<s1.x)*(abs(s1.y)<0.5)+(i1.x<s2.x)*(abs(s2.y)<0.5)+(i1.x<s3.x)*(abs(s3.y)<0.5)+(i1.x<s4.x)*(abs(s4.y)<param name="A_07" value="id=vi2 expresión='(abs(i2.y)<0.5)-2*(abs(i2.y)<0.5)*((i2.x<v.x)*(abs(v.y)<0.5)+(i2.x<s1.x)*(abs(s1.y)<0.5)+(i2.x<s2.x)*(abs(s2.y)<0.5)+(i2.x<s3.x)*(abs(s3.y)<0.5)+(i2.x<s4.x)*(abs(s4.y)<param name="A_08" value="id=vi3 expresión='(abs(i3.y)<0.5)-2*(abs(i3.y)<0.5)*((i3.x<v.x)*(abs(v.y)<0.5)+(i3.x<s1.x)*(abs(s1.y)<0.5)+(i3.x<s2.x)*(abs(s2.y)<0.5)+(i3.x<s3.x)*(abs(s3.y)<0.5)+(i3.x<s4.x)*(abs(s4.y)<param name="A_09" value="id=vi4 expresión='(abs(i4.y)<0.5)-2*(abs(i4.y)<0.5)*((i4.x<v.x)*(abs(v.y)<0.5)+(i4.x<s1.x)*(abs(s1.y)<0.5)+(i4.x<s2.x)*(abs(s2.y)<0.5)+(i4.x<s3.x)*(abs(s3.y)<0.5)+(i4.x<s4.x)*(abs(s4.y)<param name="A_10" value="id=vv expresión='5*(abs(v.y)<param name="A_11" value="id=vs1 expresión='10*(abs(s1.y)<0.5)-20*(abs(s1.y)<0.5)*((s1.x<l.x)*(abs(l.y)<0.5)+(s1.x<c1.x)*(abs(c1.y)<0.5)+(s1.x<c2.x)*(abs(c2.y)<0.5)+(s1.x<c3.x)*(abs(c3.y)<0.5)+(s1.x<c4.x)*(abs(c4.y)<param name="A_12" value="id=vs2 expresión='10*(abs(s2.y)<0.5)-20*(abs(s2.y)<0.5)*((s2.x<l.x)*(abs(l.y)<0.5)+(s2.x<c1.x)*(abs(c1.y)<0.5)+(s2.x<c2.x)*(abs(c2.y)<0.5)+(s2.x<c3.x)*(abs(c3.y)<0.5)+(s2.x<c4.x)*(abs(c4.y)<param name="A_13" value="id=vs3 expresión='10*(abs(s3.y)<0.5)-20*(abs(s3.y)<0.5)*((s3.x<l.x)*(abs(l.y)<0.5)+(s3.x<c1.x)*(abs(c1.y)<0.5)+(s3.x<c2.x)*(abs(c2.y)<0.5)+(s3.x<c3.x)*(abs(c3.y)<0.5)+(s3.x<c4.x)*(abs(c4.y)<param name="A_14" value="id=vs4 expresión='10*(abs(s4.y)<0.5)-20*(abs(s4.y)<0.5)*((s4.x<l.x)*(abs(l.y)<0.5)+(s4.x<c1.x)*(abs(c1.y)<0.5)+(s4.x<c2.x)*(abs(c2.y)<0.5)+(s4.x<c3.x)*(abs(c3.y)<0.5)+(s4.x<c4.x)*(abs(c4.y)<param name="A_15" value="id=vl expresión='50*(abs(l.y)<param name="A_16" value="id=vc1 expresión='100*(abs(c1.y)<0.5)-200*(abs(c1.y)<0.5)*((c1.x<d.x)*(abs(d.y)<0.5)+(c1.x<m1.x)*(abs(m1.y)<0.5)+(c1.x<m2.x)*(abs(m2.y)<0.5)+(c1.x<m3.x)*(abs(m3.y)<0.5)+(c1.x<m4.x)*(abs(m4.y)<param name="A_17" value="id=vc2 expresión='100*(abs(c2.y)<0.5)-200*(abs(c2.y)<0.5)*((c2.x<d.x)*(abs(d.y)<0.5)+(c2.x<m1.x)*(abs(m1.y)<0.5)+(c2.x<m2.x)*(abs(m2.y)<0.5)+(c2.x<m3.x)*(abs(m3.y)<0.5)+(c2.x<m4.x)*(abs(m4.y)<param name="A_18" value="id=vc3 expresión='100*(abs(c3.y)<0.5)-200*(abs(c3.y)<0.5)*((c3.x<d.x)*(abs(d.y)<0.5)+(c3.x<m1.x)*(abs(m1.y)<0.5)+(c3.x<m2.x)*(abs(m2.y)<0.5)+(c3.x<m3.x)*(abs(m3.y)<0.5)+(c3.x<m4.x)*(abs(m4.y)<param name="A_19" value="id=vc4 expresión='100*(abs(c4.y)<0.5)-200*(abs(c4.y)<0.5)*((c4.x<d.x)*(abs(d.y)<0.5)+(c4.x<m1.x)*(abs(m1.y)<0.5)+(c4.x<m2.x)*(abs(m2.y)<0.5)+(c4.x<m3.x)*(abs(m3.y)<0.5)+(c4.x<m4.x)*(abs(m4.y)<param name="A_20" value="id=vd expresión='500*(abs(d.y)<param name="A_21" value="id=vm1 expresión='1000*(abs(m1.y)<param name="A_22" value="id=vm2 expresión='1000*(abs(m2.y)<param name="A_23" value="id=vm3 expresión='1000*(abs(m3.y)<param name="A_24" value="id=vm4 expresión='1000*(abs(m4.y)<param name="A_25" value="id=wi1 expresión='(abs(i1.y)<0.5)*((i1.x<l.x)*(abs(l.y)<0.5)+(i1.x<c1.x)*(abs(c1.y)<0.5)+(i1.x<c2.x)*(abs(c2.y)<0.5)+(i1.x<c3.x)*(abs(c3.y)<0.5)+(i1.x<c4.x)*(abs(c4.y)<0.5)+(i1.x<d.x)*(abs(d.y)<0.5)+(i1.x<m1.x)*(abs(m1.y)<0.5)+(i1.x<m2.x)*(abs(m2.y)<0.5)+(i1.x<m3.x)*(abs(m3.y)<0.5)+(i1.x<m4.x)*(abs(m4.y)<param name="A_26" value="id=wi2 expresión='(abs(i2.y)<0.5)*((i2.x<l.x)*(abs(l.y)<0.5)+(i2.x<c1.x)*(abs(c1.y)<0.5)+(i2.x<c2.x)*(abs(c2.y)<0.5)+(i2.x<c3.x)*(abs(c3.y)<0.5)+(i2.x<c4.x)*(abs(c4.y)<0.5)+(i2.x<d.x)*(abs(d.y)<0.5)+(i2.x<m1.x)*(abs(m1.y)<0.5)+(i2.x<m2.x)*(abs(m2.y)<0.5)+(i2.x<m3.x)*(abs(m3.y)<0.5)+(i2.x<m4.x)*(abs(m4.y)<param name="A_27" value="id=wi3 expresión='(abs(i3.y)<0.5)*((i3.x<l.x)*(abs(l.y)<0.5)+(i3.x<c1.x)*(abs(c1.y)<0.5)+(i3.x<c2.x)*(abs(c2.y)<0.5)+(i3.x<c3.x)*(abs(c3.y)<0.5)+(i3.x<c4.x)*(abs(c4.y)<0.5)+(i3.x<d.x)*(abs(d.y)<0.5)+(i3.x<m1.x)*(abs(m1.y)<0.5)+(i3.x<m2.x)*(abs(m2.y)<0.5)+(i3.x<m3.x)*(abs(m3.y)<0.5)+(i3.x<m4.x)*(abs(m4.y)<param name="A_28" value="id=wi4 expresión='(abs(i4.y)<0.5)*((i4.x<l.x)*(abs(l.y)<0.5)+(i4.x<c1.x)*(abs(c1.y)<0.5)+(i4.x<c2.x)*(abs(c2.y)<0.5)+(i4.x<c3.x)*(abs(c3.y)<0.5)+(i4.x<c4.x)*(abs(c4.y)<0.5)+(i4.x<d.x)*(abs(d.y)<0.5)+(i4.x<m1.x)*(abs(m1.y)<0.5)+(i4.x<m2.x)*(abs(m2.y)<0.5)+(i4.x<m3.x)*(abs(m3.y)<0.5)+(i4.x<m4.x)*(abs(m4.y)<param name="A_29" value="id=wv expresión='(abs(v.y)<0.5)*((v.x<s1.x)*(abs(s1.y)<0.5)+(v.x<s2.x)*(abs(s2.y)<0.5)+(v.x<s3.x)*(abs(s3.y)<0.5)+(v.x<s4.x)*(abs(s4.y)<0.5)+(v.x<l.x)*(abs(l.y)<0.5)+(v.x<c1.x)*(abs(c1.y)<0.5)+(v.x<c2.x)*(abs(c2.y)<0.5)+(v.x<c3.x)*(abs(c3.y)<0.5)+(v.x<c4.x)*(abs(c4.y)<0.5)+(v.x<d.x)*(abs(d.y)<0.5)+(v.x<m1.x)*(abs(m1.y)<0.5)+(v.x<m2.x)*(abs(m2.y)<0.5)+(v.x<m3.x)*(abs(m3.y)<0.5)+(v.x<m4.x)*(abs(m4.y)<param name="A_30" value="id=ws1 expresión='(abs(s1.y)<0.5)*((s1.x<d.x)*(abs(d.y)<0.5)+(s1.x<m1.x)*(abs(m1.y)<0.5)+(s1.x<m2.x)*(abs(m2.y)<0.5)+(s1.x<m3.x)*(abs(m3.y)<0.5)+(s1.x<m4.x)*(abs(m4.y)<param name="A_31" value="id=ws2 expresión='(abs(s2.y)<0.5)*((s2.x<d.x)*(abs(d.y)<0.5)+(s2.x<m1.x)*(abs(m1.y)<0.5)+(s2.x<m2.x)*(abs(m2.y)<0.5)+(s2.x<m3.x)*(abs(m3.y)<0.5)+(s2.x<m3.x)*(abs(m4.y)<param name="A_32" value="id=ws3 expresión='(abs(s3.y)<0.5)*((s3.x<d.x)*(abs(d.y)<0.5)+(s3.x<m1.x)*(abs(m1.y)<0.5)+(s3.x<m2.x)*(abs(m2.y)<0.5)+(s3.x<m3.x)*(abs(m3.y)<0.5)+(s3.x<m3.x)*(abs(m4.y)<param name="A_33" value="id=ws4 expresión='(abs(s4.y)<0.5)*((s4.x<d.x)*(abs(d.y)<0.5)+(s4.x<m1.x)*(abs(m1.y)<0.5)+(s4.x<m2.x)*(abs(m2.y)<0.5)+(s4.x<m3.x)*(abs(m3.y)<0.5)+(s4.x<m3.x)*(abs(m4.y)<param name="A_34" value="id=wl expresión='(abs(l.y)<0.5)*((l.x<c1.x)*(abs(c1.y)<0.5)+(l.x<c2.x)*(abs(c2.y)<0.5)+(l.x<c3.x)*(abs(c3.y)<0.5)+(l.x<c4.x)*(abs(c4.y)<0.5)+(l.x<d.x)*(abs(d.y)<0.5)+(l.x<m1.x)*(abs(m1.y)<0.5)+(l.x<m2.x)*(abs(m2.y)<0.5)+(l.x<m3.x)*(abs(m3.y)<0.5)+(l.x<m4.x)*(abs(m4.y)<param name="A_35" value="id=wd expresión='(abs(d.y)<0.5)*((d.x<m1.x)*(abs(m1.y)<0.5)+(d.x<m2.x)*(abs(m2.y)<0.5)+(d.x<m3.x)*(abs(m3.y)<0.5)+(d.x<m4.x)*(abs(m4.y)<param name="A_36" value="id=wr expresión='(vi1+vi2+vi3+vi4<-1)+(vs1+vs2+vs3+vs4<-10)+(vc1+vc2+vc3+vc4<param name="A_39" value="id=t1 expresión='(abs(i1.y)<0.5)+(abs(i2.y)<0.5)+(abs(i3.y)<0.5)+(abs(i4.y)<0.5)+(abs(v.y)<0.5)+(abs(s1.y)<0.5)+(abs(s2.y)<0.5)+(abs(s3.y)<0.5)+(abs(s4.y)<0.5)+(abs(l.y)<0.5)+(abs(c1.y)<0.5)+(abs(c2.y)<0.5)+(abs(c3.y)<0.5)+(abs(c4.y)<0.5)+(abs(d.y)<0.5)+(abs(m1.y)<0.5)+(abs(m2.y)<0.5)+(abs(m3.y)<0.5)+(abs(m4.y)Esta unidad interactiva requiere la máquina virtual de Java J2RE.
