Shown is the graph of the derivative of some function F. It is known that F(x)=f(1)...

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Shown is the graph of the derivative of some function F. It is known that F(x)=f(1) dt. 1. 2. (-3.2) (-5.-2) (0.1) (2, 1) 5. so F must be Graph of f Find F(-3). Find F'(-3). 3. Since the area under f is positive on the interval [-3, 0], we know that the graph of F must be on [-3, 0]. (4.-1) (Image from the 2004 AP Calculus exam.) 4. Since the area under f accumulates at a decreasing rate, we know that the graph of F must be on [-3, 0]. The area under f on (1, 2) accumulates at a(n). on (1, 2). 6. Find all the critical points of F. Determine whether F has a local minimum, local maximum, or neither at each critical point. Justify your answer. rate Shown is the graph of the derivative of some function F. It is known that F(x)=f(1) dt. 1. 2. (-3.2) (-5.-2) (0.1) (2, 1) 5. so F must be Graph of f Find F(-3). Find F'(-3). 3. Since the area under f is positive on the interval [-3, 0], we know that the graph of F must be on [-3, 0]. (4.-1) (Image from the 2004 AP Calculus exam.) 4. Since the area under f accumulates at a decreasing rate, we know that the graph of F must be on [-3, 0]. The area under f on (1, 2) accumulates at a(n). on (1, 2). 6. Find all the critical points of F. Determine whether F has a local minimum, local maximum, or neither at each critical point. Justify your answer. rate

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Let x Fx fltadt Now 1 FL3 fludt According to graph 2 under on the 3 The area f is positive inter... View the full answer