What is expand Power[e,t-ln(x)]left(401+t) ?

The solution to expand Power[e,t-ln(x)]left(401+t) is 401eelPowrtf[e,t-ln(x)]+eelPowrttf[e,t-ln(x)]

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expand Power[e,t-ln(x)]left(401+t)

expand

P o w er [e, t - ln (x)] l e f t (401 + t)

401 ee lP o w r t f [e, t - ln (x)] + ee lP o w r tt f [e, t - ln (x)]

Solution steps

P o w er [e, t - ln (x)] l e f t (401 + t)

= ee lP o w r t f [e, t - ln (x)] (401 + t)

Apply the distributive law:

a (b + c) = ab + a c

a = P o w er [e, t - ln (x)] l e f t, b = 401, c = t

= P o w er [e, t - ln (x)] l e f t \cdot 401 + P o w er [e, t - ln (x)] l e f tt

= 401 ee lP o w r t f [e, t - ln (x)] + ee lP o w r tt f [e, t - ln (x)]

(18.72 + 7.04 i) 260 - 120 i

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What is expand Power[e,t-ln(x)]left(401+t) ?
The solution to expand Power[e,t-ln(x)]left(401+t) is 401eelPowrtf[e,t-ln(x)]+eelPowrttf[e,t-ln(x)]