Convergence of sequence: Difference between revisions

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  var txt1 = board.create('text', [15, 1.6, function() { return 'n=' + (seq.dataX.length-1) + ': value = ' + seq.dataY[seq.dataY.length - 1]; }], {strokeColor: 'blue'});
  var txt1 = board.create('text', [15, 1.6, function() { return 'n=' + (seq.dataX.length-1) + ': value = ' + seq.dataY[seq.dataY.length - 1]; }], {strokeColor: 'blue'});


var approx = function() {
var TO;
 
var approx = function() {
     seq_add();
     seq_add();
     board.update();
     board.update();
     if (seq.dataX.length <= 50) {
     if (seq.dataX.length <= 50) {
         setTimeout(approx, 500);
         TO = setTimeout(approx, 500);
     }
     }
}
};


var a_n;
var a_n;
Line 36: Line 38:


var clear_all = function() {
var clear_all = function() {
  clearTimeout(TO);
   seq.dataX = [0];
   seq.dataX = [0];
   seq.dataY = [1];
   seq.dataY = [1];
}
};


</jsxgraph>
</jsxgraph>

Revision as of 08:32, 7 January 2019

Compute values of

[math]\displaystyle{ (a_n)_{n\in{\mathbb N}} }[/math].

nth-element of the sequence: