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Find all critical points and local extremes of each function on the given intervals f(x) = x^3 − 3x + 5 on the entire real number line?

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  • Find all critical points and local extremes of each function on the given intervals f(x) = x^3 − 3x + 5 on the entire real number line?


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... the given intervals. f(x)=X^2-3x+5 on the entire ... real number line. find all critical points and local extremes of each function on the given ...
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Positive: 43 %
... then f is DECREASING on that interval. A function ... Find the critical numbers of the function f(x) ... Given f(x) = x3 −x2, classify any local ...
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Positive: 40 %

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... if $f(x)= x^2 + 3$ on the interval $[1,5 ... points. So to find local extremes for f , the sensible thing to do is find the critical points of the ...
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Positive: 43 %
... (the slope of the tangent line to the graph of the function) ... f will still have a critical number ... Thus Rolle's theorem shows that the real ...
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Positive: 38 %
Understand. Get real-time study help. Join the world's ... See all items that we offer at ... 5. Unhappy? Ask for a resolution. OpenStudy decisions are ...
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Positive: 24 %
Find all local extremes of f(x) = x . 3 2. ... find all critical points and local extremes of each function on ... x ­ 3x + 5 on the entire real number line.
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Positive: 1 %

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