(Choose 1 answer)
A. 11.9988
B. 6
C. 12.0012
D. 12
El 49
Let J(\theta)=3\theta^{4}+4 . Let \theta=1 and \epsilon=0.01 . Use the formula compute an approximation to the derivative at true/exact derivati ve is dJ(0)= 12.)\theta=1.\frac{J(\theta+\epsilon)-J(\theta-\epsilon)}{2\epsilon}to numerically What value do you get? (When \theta=1 the
