QUESTION 3 List the intervals of increasing and decreasing for f(x) if it has a derivative of f'(x) = -(2x+11)*(x-7). List all local maximums and minimums of f(x).

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QUESTION 3
List the intervals of increasing and decreasing for f(x) if it has a derivative of f'(x) = -(2x +11)*(x -7). List all local maximums and
minimums of f(x).
Transcribed Image Text:QUESTION 3 List the intervals of increasing and decreasing for f(x) if it has a derivative of f'(x) = -(2x +11)*(x -7). List all local maximums and minimums of f(x).
• Given an equation with at least 2 variables and the rates of change of all
but one variable, compute the related rate of change of the last variable.
• Given a function and a value, approximate it using local linear approxi-
mation.
• Given a function and an interval, find the absolute maximum and mini-
mum of the function on the interval.
• Given a function, find the critical points of the function.
• Given a function, find the intervals of increasing and decreasing.
• Given the derivative of a function, find the intervals of increasing and
decreasing.
• Given the derivative of a function, find the intervals of concavity.
• Given the derivative of a function, find any local maximums and minimums
of the function.
• Given a function, find the intervals of concavity and points of inflection of
the function.
• Given critical values and the second derivative of a function, find any local
maximums and minimums of the function.
• Given a description of a situation and a target function, optimize the
function.
• Given a description of a situation, optimize the situation.
• Given a function and an initial guess, perform at least two iterations of
Newton's method.
Transcribed Image Text:• Given an equation with at least 2 variables and the rates of change of all but one variable, compute the related rate of change of the last variable. • Given a function and a value, approximate it using local linear approxi- mation. • Given a function and an interval, find the absolute maximum and mini- mum of the function on the interval. • Given a function, find the critical points of the function. • Given a function, find the intervals of increasing and decreasing. • Given the derivative of a function, find the intervals of increasing and decreasing. • Given the derivative of a function, find the intervals of concavity. • Given the derivative of a function, find any local maximums and minimums of the function. • Given a function, find the intervals of concavity and points of inflection of the function. • Given critical values and the second derivative of a function, find any local maximums and minimums of the function. • Given a description of a situation and a target function, optimize the function. • Given a description of a situation, optimize the situation. • Given a function and an initial guess, perform at least two iterations of Newton's method.
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