HEX
Server: Apache
System: Linux vps.mmtprep.com 4.18.0-477.21.1.el8_8.x86_64 #1 SMP Thu Aug 10 13:51:50 EDT 2023 x86_64
User: mmtprep (1001)
PHP: 8.1.34
Disabled: exec,passthru,shell_exec,system
Upload Files
File: /home/mmtprep/public_html/mathzen.mmtprep.com/assets/can5N01-wtKWtxDP.js
import{E as o,r as a,ax as r,w as t,aq as c}from"./index-ajJ0B2-K.js";const m="Calculer la somme de nombres décimaux",$=!0,u="mathLive",h=!0,p="AMCNum";/*!
 * @author Jean-Claude Lhote
 * Créé pendant l'été 2021
 * Référence can5N01
 */const d="f8f99",b="can5N01";function f(){o.call(this),this.nbQuestions=1,this.tailleDiaporama=2,this.typeExercice="simple",this.formatChampTexte="largeur25 inline",this.nouvelleVersion=function(){const e=a(1,9),s=a(1,9,e),i=a(1,9,[e,s]),n=a(1,9,[e,s,i]);this.reponse=r(10+(s+n)*.1+i*.01),this.question=`Calculer $${t(e+s*.1+i*.01)}+${t(10-e+n*.1)}$.`,this.correction=`$${t(e+s*.1+i*.01)}+${t(10-e+n*.1)}=${t(10+(s+n)*.1+i*.01)}$`,this.correction+=c(`
    <br> Mentalement : <br>
    On fait la somme des parties entières des deux nombres : $${e}+${10-e}=10$, puis on ajoute les parties décimales. <br>
    On obtient :<br>
$${t(s*.1+i*.01)}+${t(n*.1)}=${t(s*.1+i*.01+n*.1)}$.<br>
Ainsi, $${t(e+s*.1+i*.01)}+${t(10-e+n*.1)}=${t(10+(s+n)*.1+i*.01)}$.
    `),this.canEnonce=this.question,this.canReponseACompleter=""}}export{h as amcReady,p as amcType,f as default,$ as interactifReady,u as interactifType,b as ref,m as titre,d as uuid};
//# sourceMappingURL=can5N01-wtKWtxDP.js.map