Resistenze e condensatori

'; OutString += ''; OutString += NavBar; if (Feedback.length>0){ OutString += '' } OutString += '

'; OutString += ''; OutString += Feedback; OutString += '

'; //Write it to the frame TopFrame.document.clear(); TopFrame.document.open(); TopFrame.document.write(OutString); TopFrame.document.close(); } function DisplayExercise(){ //Build the output string var OutString = ''; OutString += ''; OutString += '

'; OutString += ''; OutString += TitleCode; OutString += Buttons1; OutString += BuiltExercise; OutString += Buttons2; OutString += BuiltClues; OutString += NavBar; OutString += '

'; if (is.CRAPBrowser){OutString=ResolveAllURLs(OutString);} //Write it to the frame BottomFrame.document.clear(); BottomFrame.document.open(); BottomFrame.document.write(OutString); BottomFrame.document.close(); } function BuildClue(ClueNum,x,y,Across){ var OutString = ''; if (Across == true){ if (ClueNum >= A.length){ return ''; } if (A[ClueNum] == null){ return ''; } OutString = ClueNum + '. ' + A[ClueNum]; OutString += GetAnswer; OutString = ReplaceStuff('[BoxName]', 'BA'+ClueNum, OutString); //Find out how long the answer is AnsLength = 0; i = x; j = y; while (j= D.length){ return ''; } if (D[ClueNum] == null){ return ''; } OutString = ClueNum + '. ' + D[ClueNum]; OutString += GetAnswer; OutString = ReplaceStuff('[BoxName]', 'BD'+ClueNum, OutString); //Find out how long the answer is AnsLength = 0; i = x; j = y; while (i 0){ OutString += '
'; } OutString = OutString + 'Down: ' + ClueNum + '. ' + D[ClueNum]; OutString += GetAnswer; OutString = ReplaceStuff('[BoxName]', 'BD'+ClueNum, OutString); //Find out how long the answer is AnsLength = 0; i = x; j = y; while (i-1){ FirstBit = InString.substring(0, i); LastBit = InString.substring(i + Token.length, InString.length); InString = FirstBit + Replacement + LastBit; i = InString.indexOf(Token); } return InString; } L = new Array(); L[0] = new Array('T','','','','','','','',''); L[1] = new Array('E','','','','','','','',''); L[2] = new Array('M','','','','','','T','',''); L[3] = new Array('P','A','R','A','L','L','E','L','O'); L[4] = new Array('O','','','','','','N','',''); L[5] = new Array('','','','','','','S','',''); L[6] = new Array('','','','','','','I','',''); L[7] = new Array('','','C','O','U','L','O','M','B'); L[8] = new Array('','','','','','','N','',''); L[9] = new Array('','C','I','N','Q','U','E','',''); L[10] = new Array('','A','','O','','','','',''); L[11] = new Array('','R','','D','','','','',''); L[12] = new Array('','I','','O','','','','',''); L[13] = new Array('','C','','','','','','',''); L[14] = new Array('F','A','R','A','D','','','',''); C = new Array(); C[0] = new Array(1,0,0,0,0,0,0,0,0); C[1] = new Array(0,0,0,0,0,0,0,0,0); C[2] = new Array(0,0,0,0,0,0,2,0,0); C[3] = new Array(3,0,0,0,0,0,0,0,0); C[4] = new Array(0,0,0,0,0,0,0,0,0); C[5] = new Array(0,0,0,0,0,0,0,0,0); C[6] = new Array(0,0,0,0,0,0,0,0,0); C[7] = new Array(0,0,4,0,0,0,0,0,0); C[8] = new Array(0,0,0,0,0,0,0,0,0); C[9] = new Array(0,5,0,6,0,0,0,0,0); C[10] = new Array(0,0,0,0,0,0,0,0,0); C[11] = new Array(0,0,0,0,0,0,0,0,0); C[12] = new Array(0,0,0,0,0,0,0,0,0); C[13] = new Array(0,0,0,0,0,0,0,0,0); C[14] = new Array(7,0,0,0,0,0,0,0,0); G = new Array(); G[0] = new Array('','','','','','','','',''); G[1] = new Array('','','','','','','','',''); G[2] = new Array('','','','','','','','',''); G[3] = new Array('','','','','','','','',''); G[4] = new Array('','','','','','','','',''); G[5] = new Array('','','','','','','','',''); G[6] = new Array('','','','','','','','',''); G[7] = new Array('','','','','','','','',''); G[8] = new Array('','','','','','','','',''); G[9] = new Array('','','','','','','','',''); G[10] = new Array('','','','','','','','',''); G[11] = new Array('','','','','','','','',''); G[12] = new Array('','','','','','','','',''); G[13] = new Array('','','','','','','','',''); G[14] = new Array('','','','','','','','',''); A = new Array(); A[3]='due condensatori collegati in ... hanno capacità complessiva uguale alla somma delle singole capacità.'; A[4]='unità di misura della carica elettrica'; A[5]='dopo quante costanti di tempo un condensatore può ritenersi carico?'; A[7]='unità di misura della capacità di un condensatore elettrico'; D = new Array(); D[1]='la costante di .... di un circuito RC è uguale ad RC'; D[2]='la capacità di un condensatore è definita come il rapporto tra la carica elettrica sulle armature e la .....'; D[5]='la ... di un condensatore è uguale al prodotto della tensione per la capacità'; D[6]='punto di confluenza di più rami di un circuito'; function StartUp(){ BuildExercise(); WriteFeedback(Instructions); DisplayExercise(); } function CheckAnswers(){ var AllCorrect = true; var TotLetters = 0; var CorrectLetters = 0; //Check each letter for (var i=0; i'; } Output += YourScoreIs + ' ' + Score + '%.
'; if (AllCorrect == false){ Output += '
' + Incorrect; Penalties++; } BuildExercise(); WriteFeedback(Output); DisplayExercise(); } function DoNothing(){} function Blank(){ return '

'; } //--> //]]>

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