What is expand a+be^{a(t-t_{0})} ?

The solution to expand a+be^{a(t-t_{0})} is a+e^{at-at_{0}}b

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expand a+be^{a(t-t_{0})}

expand

a + b e^{a (t - t_{0})}

a + e^{a t - a t_{0}} b

Solution steps

a + b e^{a (t - t_{0})}

e^{a (t - t_{0})} = e^{a t - a t_{0}}

= a + e^{a t - a t_{0}} b

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What is expand a+be^{a(t-t_{0})} ?
The solution to expand a+be^{a(t-t_{0})} is a+e^{at-at_{0}}b