The derivative of digital function is defined in terms of difference. Then, which of the following defines the second order derivative 2 f/ x2 = ___________ of a one-dimensional function f(x)?

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The derivative of digital function is defined in terms of difference. Then, which of the following defines the second order derivative  2 f/ x2 = ___________ of a one-dimensional function f(x)?

TuteeHUB · Accepted Answer

tAll of the mentioned depending upon the time when partial derivative will be dealt along two spatial axes

TuteeHUB · Answer

tf(x+1)-f(x)

TuteeHUB · Answer

tf(x+1)+ f(x-1)-2f(x)

TuteeHUB · Answer

tAll of the mentioned depending upon the time when partial derivative will be dealt along two spatial axes

TuteeHUB · Answer

tNone of the mentioned

1.	The derivative of digital function is defined in terms of difference. Then, which of the following defines the second order derivative ² f/ x² = ___________ of a one-dimensional function f(x)?
A.	tf(x+1)-f(x)
B.	tf(x+1)+ f(x-1)-2f(x)
C.	tAll of the mentioned depending upon the time when partial derivative will be dealt along two spatial axes
D.	tNone of the mentioned
Answer» C. tAll of the mentioned depending upon the time when partial derivative will be dealt along two spatial axes

The derivative of digital function is defined in terms of difference. Then, which of the following defines the second order derivative ² f/ x² = ___________ of a one-dimensional function f(x)?

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