What is expand-u_{2}e^{t-2}+u_{2}e^{2(t-2)} ?

The solution to expand-u_{2}e^{t-2}+u_{2}e^{2(t-2)} is -e^{t-2}u_{2}+e^{2t-4}u_{2}

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expand-u_{2}e^{t-2}+u_{2}e^{2(t-2)}

expand

- u_{2} e^{t - 2} + u_{2} e^{2 (t - 2)}

- e^{t - 2} u_{2} + e^{2 t - 4} u_{2}

Solution steps

- u_{2} e^{t - 2} + u_{2} e^{2 (t - 2)}

e^{2 (t - 2)} = e^{2 t - 4}

= - e^{t - 2} u_{2} + e^{2 t - 4} u_{2}

\frac{( 4 x + 5 ) ( 2 x + 3 )}{2}

- cos ((n - 1) \cdot π)

\frac{170 ( x )}{( x + 2 ) ^{2}}

, x (, x x 2 + y^{2})

7 ((16 π^{2} + 1)^{\frac{3}{2}} - 1)

What is expand-u_{2}e^{t-2}+u_{2}e^{2(t-2)} ?
The solution to expand-u_{2}e^{t-2}+u_{2}e^{2(t-2)} is -e^{t-2}u_{2}+e^{2t-4}u_{2}