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Derivative of a Vector Valued Function

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Which of the following statements is true regarding the derivative of the vector-valued function r(t)=et,ln(t+1)\mathbf{r}(t)= \langle e^{t}, \ln(t+1) \rangle for t0t\ge0?

A

The derivative is et,1ln(t+1)\langle e^{t},\frac{1}{\ln(t+1)} \rangle.

B

The derivative is et,1t+1\langle e^{t},\frac{1}{t+1} \rangle.

C

The derivative is et,ddtln(t+1)=et,1t\langle e^{t},\frac{d}{dt}\ln(t+1) \rangle = \langle e^{t},\frac{1}{t} \rangle.

D

The derivative is et,ln(t+1)\langle e^{t},\ln(t+1) \rangle.

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