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Consider the Homogeneous Second-Order Cauchy Euler Differential Equation

What y=C1t10+C2t6 y=C_{1} t^{10}+C_{2} t^{6}

Question 87

Multiple Choice

Consider the homogeneous second-order Cauchy Euler differential equation
 Consider the homogeneous second-order Cauchy Euler differential equation   What is the general solution of this differential equation? Here, C<sub>1</sub> and C<sub>2</sub> are arbitrary real constants. A)    y=C_{1} t^{10}+C_{2} t^{6}   B)    y=C_{1} t^{10}+C_{2} t^{6}  . C)    y=C_{1} r^{10 t}+C_{2} t^{6 t}   D)    y=C_{1} t^{10 t}+C_{2} f^{6 t}  . E)    y=C_{1} t^{-5}+C_{2} t^{-6}
What is the general solution of this differential equation? Here, C1 and C2 are arbitrary real constants.


A) y=C1t10+C2t6 y=C_{1} t^{10}+C_{2} t^{6}
B) y=C1t10+C2t6 y=C_{1} t^{10}+C_{2} t^{6} .
C) y=C1r10t+C2t6t y=C_{1} r^{10 t}+C_{2} t^{6 t}
D) y=C1t10t+C2f6t y=C_{1} t^{10 t}+C_{2} f^{6 t} .
E) y=C1t5+C2t6 y=C_{1} t^{-5}+C_{2} t^{-6}

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