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Higher-Order Derivatives
It can be seen that the derivative of a function is also a function.
Considering f'x as a function of x, we can take the derivative of f'x which will yield another function, say f''x. This is called the second derivative of f(x). The third derivative of f(x) is the derivative of the second derivative f''x. We can take derivatives of higher orders by repeating the process. The second, third, fourth, (etc.) derivatives are symbolically written as:
=
f'x
f''x
"
1. Answer the questions about the graph below. a. Name one cycle that begins and ends at B. b. True/False - the graph is strongly connected. If not, explain why not.
what is 24566x12567=
show that a*0=a
Difference between absolute and relative in the definition Now, let's talk a little bit regarding the subtle difference among the absolute & relative in the definition above.
what is the unit rate of $112 in 8 hours
1+2x
if area of a rectangle is 27 sqmtr and it perimeter is 24 m find the length and breath#
1. A rectangular piece of cardboard measuring 26 inches by 42 inches is to be made into a box with an open top by cutting equal size squares from each comer and folding up the side
Linear Approximations In this section we will look at an application not of derivatives but of the tangent line to a function. Certainly, to get the tangent line we do have to
write 107 in expanded form.
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