RELAZIONE SUL CLIMA

Osserva e analizza i due climogrammi che si riferiscono alle localit\u00E0 di Bergen e San Pietroburgo. . Le colonne del grafico si riferiscono alle T, mentre mancano i dati sulle P che sei in grado comunque di ipotizzare.

'; if (is.CRAPBrowser){ReadingText=ResolveAllURLs(ReadingText);} var NavBar=''; NavBar+='

'; NavBar+=''; NavBar+=''; NavBar+=''; NavBar+=''; NavBar+='

'; if (is.CRAPBrowser){NavBar=ResolveAllURLs(NavBar);} var TitleCode = ''; TitleCode += '' + ExerciseTitle + '
'; TitleCode += '' + ExerciseSubtitle + '
'; TitleCode += ''; var WordBox = ''; var ClozeOpener = ''; ClozeOpener += ''; var Buttons = '

'; ClozeOpener += ' '; var ClozeCloser = '

'; Buttons += ' '; Buttons += ''; Buttons += ''; Buttons += '

'; var GapCode = ''; var ClueButton = ''; ClueButton = ''; function GoBack(){ var BackSkip = history.length - PreviousPage; if (BackSkip > 0){ history.go((BackSkip+1)*-1); } else{ parent.history.back(); } } function ShowReading(){ if (ReadingFrame != null){ if (ReadingURL.length > 0){ ReadingFrame.location.href=ReadingURL; } else{ ReadingFrame.document.clear(); ReadingFrame.document.open(); ReadingFrame.document.write(ReadingText); ReadingFrame.document.close(); } } } function BuildExercise(){ var OutString = ''; var ClozeStuff = ''; for (var i=0; i'; } else{ GapLen = I[i][1][0][0].length; if (GapLen < 3){GapLen = 3;} Gap = ReplaceStuff('[strGapSize]', GapLen, GapCode); Gap = ReplaceStuff('[strGapName]', 'Gap' + i + '', Gap); Gap = ReplaceStuff('[strItemNum]', i + '', Gap); Gap = ReplaceStuff('[strValue]', State[i][5], Gap); ClozeStuff += Gap; //Create and add the clue button if (I[i][2].length > 0){ Btn = ReplaceStuff('[strItemNum]', i + '', ClueButton); ClozeStuff += Btn; } } } //Add the last bit if (Text.length > I.length){ ClozeStuff += Text[Text.length-1]; } //Put the final pieces together OutString = ClozeOpener + ClozeStuff + ClozeCloser + Buttons; BuiltCloze = OutString; } function WriteFeedback(Feedback) { if (is.CRAPBrowser){Feedback=ResolveAllURLs(Feedback);} //Build the output string var OutString = ''; OutString += ''; OutString += '

'; 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 += ''; OutString += NavBar; OutString += '

'; if (WordBox.length > 0){ OutString += WordBox; } OutString += ''; OutString += BuiltCloze; 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 ShowClue(ItemNum){ //alert(ItemNum); State[ItemNum][0] = 1; WriteFeedback(I[ItemNum][2]); } function SaveCurrentAnswers(){ for (var i=0; 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; } I = new Array(); I[0] = new Array(); I[0][1] = new Array(); I[0][1][0] = new Array(); I[0][1][0][0]='60\u00B0'; I[0][2]=''; I[1] = new Array(); I[1][1] = new Array(); I[1][1][0] = new Array(); I[1][1][0][0]='abbondanti'; I[1][1][1] = new Array(); I[1][1][1][0]='considerevoli'; I[1][1][2] = new Array(); I[1][1][2][0]='numerose'; I[1][1][3] = new Array(); I[1][1][3][0]='elevate'; I[1][2]=''; I[2] = new Array(); I[2][1] = new Array(); I[2][1][0] = new Array(); I[2][1][0][0]='regolarmente'; I[2][1][1] = new Array(); I[2][1][1][0]='in modo omogeneo'; I[2][1][2] = new Array(); I[2][1][2][0]='uniformemente'; I[2][2]=''; I[3] = new Array(); I[3][1] = new Array(); I[3][1][0] = new Array(); I[3][1][0][0]='1'; I[3][2]=''; I[4] = new Array(); I[4][1] = new Array(); I[4][1][0] = new Array(); I[4][1][0][0]='15'; I[4][2]=''; I[5] = new Array(); I[5][1] = new Array(); I[5][1][0] = new Array(); I[5][1][0][0]='8'; I[5][2]=''; I[6] = new Array(); I[6][1] = new Array(); I[6][1][0] = new Array(); I[6][1][0][0]='bassa'; I[6][1][1] = new Array(); I[6][1][1][0]='modesta'; I[6][1][2] = new Array(); I[6][1][2][0]='moderata'; I[6][2]=''; I[7] = new Array(); I[7][1] = new Array(); I[7][1][0] = new Array(); I[7][1][0][0]='temperato atlantico'; I[7][2]=''; I[8] = new Array(); I[8][1] = new Array(); I[8][1][0] = new Array(); I[8][1][0][0]='oceano'; I[8][1][1] = new Array(); I[8][1][1][0]='Atlantico'; I[8][1][2] = new Array(); I[8][1][2][0]='oceano Atlantico'; I[8][2]=''; I[9] = new Array(); I[9][1] = new Array(); I[9][1][0] = new Array(); I[9][1][0][0]='occidentali'; I[9][1][1] = new Array(); I[9][1][1][0]='atlantici'; I[9][2]=''; I[10] = new Array(); I[10][1] = new Array(); I[10][1][0] = new Array(); I[10][1][0][0]='del golfo del Messico'; I[10][2]=''; I[11] = new Array(); I[11][1] = new Array(); I[11][1][0] = new Array(); I[11][1][0][0]='elevata'; I[11][1][1] = new Array(); I[11][1][1][0]='vicina ai poli'; I[11][1][2] = new Array(); I[11][1][2][0]='vicina al polo nord'; I[11][2]=''; I[12] = new Array(); I[12][1] = new Array(); I[12][1][0] = new Array(); I[12][1][0][0]='Baltico'; I[12][2]=''; I[13] = new Array(); I[13][1] = new Array(); I[13][1][0] = new Array(); I[13][1][0][0]='scarse'; I[13][1][1] = new Array(); I[13][1][1][0]='modeste'; I[13][1][2] = new Array(); I[13][1][2][0]='piccole'; I[13][2]=''; I[14] = new Array(); I[14][1] = new Array(); I[14][1][0] = new Array(); I[14][1][0][0]='9'; I[14][2]=''; I[15] = new Array(); I[15][1] = new Array(); I[15][1][0] = new Array(); I[15][1][0][0]='16'; I[15][2]=''; I[16] = new Array(); I[16][1] = new Array(); I[16][1][0] = new Array(); I[16][1][0][0]='1'; I[16][2]=''; I[17] = new Array(); I[17][1] = new Array(); I[17][1][0] = new Array(); I[17][1][0][0]='25'; I[17][2]=''; I[18] = new Array(); I[18][1] = new Array(); I[18][1][0] = new Array(); I[18][1][0][0]='elevata'; I[18][1][1] = new Array(); I[18][1][1][0]='considerevole'; I[18][1][2] = new Array(); I[18][1][2][0]='grande'; I[18][1][3] = new Array(); I[18][1][3][0]='alta'; I[18][2]=''; I[19] = new Array(); I[19][1] = new Array(); I[19][1][0] = new Array(); I[19][1][0][0]='temperato continentale'; I[19][2]=''; I[20] = new Array(); I[20][1] = new Array(); I[20][1][0] = new Array(); I[20][1][0][0]='alta'; I[20][1][1] = new Array(); I[20][1][1][0]='elevata'; I[20][1][2] = new Array(); I[20][1][2][0]='vicina al polo'; I[20][1][3] = new Array(); I[20][1][3][0]='vicina al polo nord'; I[20][2]=''; I[21] = new Array(); I[21][1] = new Array(); I[21][1][0] = new Array(); I[21][1][0][0]='polari'; I[21][1][1] = new Array(); I[21][1][1][0]='settentrionali'; I[21][2]=''; I[22] = new Array(); I[22][1] = new Array(); I[22][1][0] = new Array(); I[22][1][0][0]='continentalit\u00E0'; I[22][2]=''; Text = new Array(); Text[0]='Bergen si trova alla latitudine di '; Text[1]=' nord in Norvegia ( vedi carta politica ). Le precipitazioni dovrebbero essere '; Text[2]=' e distribuite '; Text[3]=' per tutto l\'anno.
D\'inverno la T media non scende sotto + '; Text[4]='\u00B0, d\'estate la massima \u00E8 di '; Text[5]='\u00B0, la T media annua si aggira intorno agli '; Text[6]='\u00B0, l\'escursione termica, intorno ai 14\u00B0 , \u00E8 '; Text[7]='.
In conclusione il clima di Bergen \u00E8 '; Text[8]=' perch\u00E9 risente degli influssi dell\''; Text[9]=' che mitiga le temperature estreme, dei venti '; Text[10]=' che portano le precipitazioni e della corrente marina '; Text[11]=' che rende meno fredda la temperatura nonostante la latitudine '; Text[12]='.

San Pietroburgo si trova alla stessa latitudine di Bergen. Si trova per\u00F2 in Russia sulle coste del mar '; Text[13]=' ( vedi carta politica ). Le precipitazioni dovrebbero essere '; Text[14]='.
D\'inverno la T media scende fino a - '; Text[15]='\u00B0, d\'estate la massima \u00E8 di '; Text[16]='\u00B0, la T media annua si aggira intorno a '; Text[17]='\u00B0, l\'escursione termica, intorno a '; Text[18]='\u00B0, \u00E8 '; Text[19]='.
In conclusione il clima di San Pietroburgo \u00E8 '; Text[20]=' perch\u00E9 risente degli influssi della latitudine '; Text[21]=', dei venti '; Text[22]=' che sono freddi e secchi e, soprattutto, della '; Text[23]=' .
'; State = new Array(); function StartUp(){ var i = 0; State.length = 0; for (i=0; i -1){ var TotalChars = GetGapValue(i).length; State[i][3] = (TotalChars-State[i][1])/TotalChars; if (State[i][0] > 0){State[i][3] = State[i][3]/2;} if (State[i][3]<0){State[i][3] = 0;} State[i][4] = 1; } else{ //Otherwise, add zero to the array and increment the hints for this item, as a penalty State[i][1]++; State[i][3] = 0; //then set the flag AllCorrect = 0; } } } //Calculate the total score var TotalScore = 0; for (i=0; i'; } Output += YourScoreIs + ' ' + TotalScore + '%.
'; if (AllCorrect == 0){ Output += '
' + Incorrect; } BuildExercise(); WriteFeedback(Output); DisplayExercise(); RestoreCurrentAnswers(); } function TrackFocus(BoxNumber){ CurrentWord = BoxNumber; } function CheckBeginning(Guess, Answer){ var OutString = ''; var i = 0; var UpperGuess = ''; var UpperAnswer = ''; if (CaseSensitive == false) { UpperGuess = Guess.toUpperCase(); UpperAnswer = Answer.toUpperCase(); } else { UpperGuess = Guess; UpperAnswer = Answer; } while (UpperGuess.charAt(i) == UpperAnswer.charAt(i)) { OutString += Guess.charAt(i); i++; } OutString += Answer.charAt(i); return OutString; } function FindLongest(InArray){ if (InArray.length < 1){return -1;} var Longest = 0; for (var i=1; i InArray[Longest].length){ Longest = i; } } return Longest; } function GetGapValue(GNum){ var RetVal = ''; if ((GNum<0)||(GNum>=I.length)){return RetVal;} if (eval('BottomFrame.document.Cloze.Gap' + GNum) != null){ RetVal = eval('BottomFrame.document.Cloze.Gap' + GNum).value; RetVal = TrimString(RetVal); } else{ RetVal = State[GNum][5]; } return RetVal; } function SetGapValue(GNum, Val){ if ((GNum<0)||(GNum>=I.length)){return;} if (eval('BottomFrame.document.Cloze.Gap' + GNum) != null){ eval('BottomFrame.document.Cloze.Gap' + GNum).value = Val; } } function FindCurrent() { var x = 0; FoundCurrent = -1; //Test the current word: //If it's state is not set to already correct, check the word. if (State[CurrentWord][4] != 1){ if (CheckAnswer(CurrentWord, false) < 0){ return CurrentWord; } } x=CurrentWord + 1; while (x -1){return ''} RightBits = new Array(); for (var i=0; i 0){ SetGapValue(CurrGap, HintString); State[CurrGap][1] = State[CurrGap][1] + 1; } WriteFeedback(GiveHint); } function Blank(){ return '

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