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 Apr17 awarded Notable Question Mar7 awarded Popular Question Feb16 awarded Popular Question Nov22 accepted Does the presence of irrational numbers pose any problems for the concepts of limits and continuity? Nov21 asked Does the presence of irrational numbers pose any problems for the concepts of limits and continuity? Nov11 awarded Notable Question Sep24 awarded Autobiographer Sep8 awarded Popular Question Aug2 awarded Notable Question Jul2 awarded Curious Jul2 awarded Yearling Apr12 accepted Differential equation by series solution method: equating coefficients to zero Apr12 comment Differential equation by series solution method: equating coefficients to zero I think I got it. n=1,2,3.. and upwards already invoke n=0, which is set to 0. In other words, $2a_2$ is the coefficient of $x^0$, and we have to set coefficients of all powers of $x$ equal to zero. Apr12 asked Differential equation by series solution method: equating coefficients to zero Apr12 revised What is the significance of finding the series solution of a differential equation “about a point”? Added edit Apr12 asked What is the significance of finding the series solution of a differential equation “about a point”? Apr6 asked What is the most general way to solve a linear, second-order ODE with variable coefficients? Mar31 awarded Popular Question Mar31 comment How do you integrate $\int x(x+3)^ \left( 1/3 \right) dx$ The answer that I got, which is shown as correct is : $\frac{3}{7}(x+3)^{\frac{7}{3}}-\frac{9}{4} (x+3)^{\frac{4}{3}}$ Mar31 accepted How do you integrate $\int x(x+3)^ \left( 1/3 \right) dx$