Output: $$ x=sin(t)\ ((-2)\ cos(4\ t)+exp(cos(t))-{sin(\frac{1}{12}\ t)}^{5})\ and\ y=cos(t)\ ((-2)\ cos(4\ t)+exp(cos(t))-{sin(\frac{1}{12}\ t)}^{5}), t, -30, 30 == x=sin(t)\ ((-2)\ cos(4\ t)+exp(cos(t))-{sin(\frac{1}{12}\ t)}^{5})\ and\ y=cos(t)\ ((-2)\ cos(4\ t)+exp(cos(t))-{sin(\frac{1}{12}\ t)}^{5}), t, -30, 30 $$ Result:$$x=sin(t)\ ((-2)\ cos(4\ t)+exp(cos(t))-{sin(\frac{1}{12}\ t)}^{5})\ and\ y=cos(t)\ ((-2)\ cos(4\ t)+exp(cos(t))-{sin(\frac{1}{12}\ t)}^{5}), t, -30, 30$$
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