Find the Laplace transform of the solution x(t) of the following initial value problem:
A) $ \frac{4 s^{6}+27 s^{5}+8 \cdot 4 !}{s^{5}\left(s^{2}+7 s+3\right)} $
B) $ \frac{27 s^{5}-4 s^{6}+8 \cdot 4 !}{s^{5}\left(s^{2}+7 s+3\right)} $
C) $ \frac{27 s^{5}-4 s^{6}+8 \cdot 4 !}{s^{4}\left(s^{2}+7 s+3\right)} $
D) $ \frac{4 s^{6}-27 s^{5}+8 \cdot 4 !}{s^{4}\left(s^{2}+7 s+3\right)} $

Question

Find the Laplace transform of the solution x(t) of the following initial value problem:  
A) $ \frac{4 s^{6}+27 s^{5}+8 \cdot 4 !}{s^{5}\left(s^{2}+7 s+3\right)} $ 
B) $ \frac{27 s^{5}-4 s^{6}+8 \cdot 4 !}{s^{5}\left(s^{2}+7 s+3\right)} $ 
C) $ \frac{27 s^{5}-4 s^{6}+8 \cdot 4 !}{s^{4}\left(s^{2}+7 s+3\right)} $ 
D) $ \frac{4 s^{6}-27 s^{5}+8 \cdot 4 !}{s^{4}\left(s^{2}+7 s+3\right)} $

Quizplus · Accepted Answer

The Answer of Find the Laplace transform of the solution x(t) of the following initial value problem:  
A) $ \frac{4 s^{6}+27 s^{5}+8 \cdot 4 !}{s^{5}\left(s^{2}+7 s+3\right)} $ 
B) $ \frac{27 s^{5}-4 s^{6}+8 \cdot 4 !}{s^{5}\left(s^{2}+7 s+3\right)} $ 
C) $ \frac{27 s^{5}-4 s^{6}+8 \cdot 4 !}{s^{4}\left(s^{2}+7 s+3\right)} $ 
D) $ \frac{4 s^{6}-27 s^{5}+8 \cdot 4 !}{s^{4}\left(s^{2}+7 s+3\right)} $

Find the Laplace Transform of the Solution X(t) of the Following