Cynthia Li  IB Mathematics SL 2  Mr. Panych  September 8, 2009    Internal  perspicacity:  numberless Surds    Infinite surds  give be used in this investigation to  stipulate a general statement for  tout ensemble integer  set of the infinite surd   .   First, a  feel was found for a1= , a2=   , a3=   . From this sequence, a general rule for an+1 is an+1= . The  look on of the  premier(prenominal) ten  basis of this sequence were calculated.  nValue    11.4142  21.5538  31.5980  41.6118  51.6161  61.6161  71.6174  81.6179  91.6180  101.6180                It  under  billet of meat be seen from the data  to a higher  key out that as the value of n increases, the value of the sequence increases,  altogether at a decaying rate. This observation is solidified upon graphing the relationship  amidst n and an. The graph  crowd out be found on the next  scalawag.               The relationship noted on the previous  page is confirmed with this graph. After the infinite surd r severallyes it   s fourth term, the   breathing out between each term and the previous one decreases. an is   cash advance path a constant value, which is the  critical value of the sequence. This  in like manner suggests that an  an-1 will reach zero eventually, when an is large enough.  Next, we  must  mystify the exact value of this surd. First, we make the infinite surd  rival to X.

  X =     When the entire  equation is squared, we  leave        Since we know X =   , we can derive the equation      Subtracting 1+x from each side of the equation leaves us with the quadratic   .      The quadratic equation   , can now be used to sol   ve this equation.  substitute the values 1, !   -1, and -1 for a, b, and c respectively, we get the equation   , which simplifies to     However, the exact value of this surd must be positive, because the graph is approaching a positive number. Therefore, we  teach the positive solution of   , which is   .     Now that we have found the  number for , we follow the same steps to  testing our findings for . First, we find the  quantitative values for the first ten terms of this sequence.     nValue  11.8477  21.9620...If you want to get a full essay,  enunciate it on our website: 
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