-3 3 randRangeNonZero(-6, 6) randRange(2, 18) NUMERATOR / DENOMINATOR NUMERATOR % DENOMINATOR (NUMERATOR - M_NUMERATOR) / DENOMINATOR (abs(SOLUTION) > 1 ? M_WHOLE + (SOLUTION < 0 ? fraction(M_NUMERATOR, -DENOMINATOR) : fraction(M_NUMERATOR, DENOMINATOR)) : fraction(NUMERATOR, DENOMINATOR)) 0 IS_MIXED === 1 && abs(SOLUTION) > 1 ? M_NUMBER : fraction(NUMERATOR, DENOMINATOR) $._("punto anaranjado")

Mueve el \color{orange}{\text{ORANGE_DOT}} a \color{orange}{NUMBER} en la recta númerica.

init({range:[[(LOWER_BOUND-.5)*abs(DENOMINATOR),(UPPER_BOUND+.5)*abs(DENOMINATOR)],[-1,1]],scale:[70/abs(DENOMINATOR),40]}),style({arrows:">"}),line([0,0],[(UPPER_BOUND+.25)*abs(DENOMINATOR),0]),style({arrows:"->"}),line([0,0],[(LOWER_BOUND-.25)*abs(DENOMINATOR),0]),style({arrows:""});for(var x=LOWER_BOUND;UPPER_BOUND>=x;x++)line([x*abs(DENOMINATOR),-.2],[x*abs(DENOMINATOR),.2]);style({stroke:GREEN,strokeWidth:3.5}),line([LOWER_BOUND*abs(DENOMINATOR),-.2],[LOWER_BOUND*abs(DENOMINATOR),.2]),label([LOWER_BOUND*abs(DENOMINATOR),-.53],LOWER_BOUND,"center",{color:GREEN}),line([UPPER_BOUND*abs(DENOMINATOR),-.2],[UPPER_BOUND*abs(DENOMINATOR),.2]),label([UPPER_BOUND*abs(DENOMINATOR),-.53],UPPER_BOUND,"center",{color:GREEN}),line([0,-.2],[0,.2]),label([0,-.53],"0","center",{color:GREEN}),addMouseLayer(),graph.movablePoint=addMovablePoint({constraints:{constrainY:!0},snapX:1}),graph.movablePoint.onMove=function(e,r){return[min(max(LOWER_BOUND*abs(DENOMINATOR),e),UPPER_BOUND*abs(DENOMINATOR)),r]}
Mueve el punto anaranjado para seleccionar tu respuesta.
graph.movablePoint.coord[0] / abs(DENOMINATOR)
return 0===guess?"":abs(SOLUTION-guess)<.001
graph.movablePoint.setCoord([guess,0])

Como \color{orange}{NUMBER} es positivo negativo el punto anaranjado estará a la derecha izquierda de 0.

Convirtamos la fracción impropia \color{orange}{NUMBER} a una fracción mixta:

\color{orange}{NUMBER} = \color{blue}{M_NUMBER}

Por lo tanto, sabemos que \color{blue}{M_NUMBER} se encuentra entre \color{green}{M_WHOLE} y \color{green}{M_WHOLE + (SOLUTION > 0 ? 1 : -1)} en la recta numérica.

style({stroke:"#FFA500",strokeWidth:3.5}),line([M_WHOLE*abs(DENOMINATOR),-.2],[M_WHOLE*abs(DENOMINATOR),.2]),line([(M_WHOLE+(SOLUTION>0?1:-1))*abs(DENOMINATOR),-.2],[(M_WHOLE+(SOLUTION>0?1:-1))*abs(DENOMINATOR),.2])

\color{blue}{M_NUMBER} es \color{green}{fraction(M_NUMERATOR, DENOMINATOR)} a la derechaizquierda de \color{green}{M_WHOLE} en la recta númerica.

style({stroke:GREEN,fill:"#6495ED",strokeWidth:3.5,arrows:"->"}),line([M_WHOLE*abs(DENOMINATOR),0],[SOLUTION*abs(DENOMINATOR),0]),graph.movablePoint.visibleShape.toFront(),style({stroke:"#FFA500",strokeWidth:3.5,arrows:""}),line([M_WHOLE*abs(DENOMINATOR),-.2],[M_WHOLE*abs(DENOMINATOR),.2]),line([(M_WHOLE+(SOLUTION>0?1:-1))*abs(DENOMINATOR),-.2],[(M_WHOLE+(SOLUTION>0?1:-1))*abs(DENOMINATOR),.2])
label([SOLUTION*abs(DENOMINATOR),-.83],NUMBER,"center",{color:"#FFA500"}),graph.movablePoint.moveTo(SOLUTION*abs(DENOMINATOR),0)

El punto anaranjado muestra la posición del \color{orange}{NUMBER} en la recta numérica.