= Consider the one-dimensional system whose Lagrange has the form: L(x; x) = f(xx). Let xo and xo Vo be the values of position and velocity, respectively, at time t-0. Assuming that f0, i.e., the function has a nonvanishing second derivative with respect to its argument Calculate x as a function of time, t.

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Consider the one-dimensional system whose Lagrange has the form: L(x; x) = f(xx). Let
xo and xo = vo be the values of position and velocity, respectively, at time t-0. Assuming that
f0, i.e., the function has a nonvanishing second derivative with respect to its argument.
Calculate x as a function of time, t.
Transcribed Image Text:Consider the one-dimensional system whose Lagrange has the form: L(x; x) = f(xx). Let xo and xo = vo be the values of position and velocity, respectively, at time t-0. Assuming that f0, i.e., the function has a nonvanishing second derivative with respect to its argument. Calculate x as a function of time, t.
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