- Area = 2 Area = 1. Area = 3 6 7 Area = 7 Graph of f' The figure above shows the graph of , the derivative of a differentiable function f, on the closed interval 0 < x < 7. The areas of the regions between the graph of and the x-axis are labeled in the figure. The function f is defined for all real numbers and satisfies f (4) = 10. Let g be the function defined by g (x) = 5 – x². (a) Find the value of fo f' (x) dx. (b) Given that f (4) = 10, write an expression for f (x) that involves an integral. Use this expression to find the absolute minimum value of f and the absolute maximum value of f on the closed interval 0 < x < 7. Justify your answers. (c) Find Sg(x) d. (d) Find the value of f æf' (g(x)) dæ.
- Area = 2 Area = 1. Area = 3 6 7 Area = 7 Graph of f' The figure above shows the graph of , the derivative of a differentiable function f, on the closed interval 0 < x < 7. The areas of the regions between the graph of and the x-axis are labeled in the figure. The function f is defined for all real numbers and satisfies f (4) = 10. Let g be the function defined by g (x) = 5 – x². (a) Find the value of fo f' (x) dx. (b) Given that f (4) = 10, write an expression for f (x) that involves an integral. Use this expression to find the absolute minimum value of f and the absolute maximum value of f on the closed interval 0 < x < 7. Justify your answers. (c) Find Sg(x) d. (d) Find the value of f æf' (g(x)) dæ.
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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
Transcribed Image Text:- Area = 2
Area = 1.
Area = 3
1+
2
3
5
6 7
Area = 7
Graph of f'
The figure above shows the graph of , the derivative of a differentiable
function f, on the closed interval 0 <x < 7. The areas of the regions
between the graph of and the r-axis are labeled in the figure. The
functionf is defined for all real numbers and satisfies f (4) = 10.
Let g be the function defined by g (x) = 5 – x².
(a) Find the value of f' (x) dx.
(b) Given that f (4) = 10, write an expression for f (x) that involves an
integral. Use this expression to find the absolute minimum value of f and
the absolute maximum value of f on the closed interval 0 < x < 7.
Justify your answers.
(c) Find fg (x) dx.
(d) Find the value of S rf' (9 (x)) dæ.
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