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Creating the Right-Hand Sum Suppose that an object moving along a straight line path has its velocity in feet per second at time t in seconds given by v(r) = (t- 3)2 + 2. T We will approximate this area by creating the left-hand sum by constructing four rectangles to approximation the area. To create the right-hand sum you need to evaluate the function at each of the right-hand endpoints of the subintervals. On the graph, sketch the four rectangles whose areas you need to find. Then, enter the the function value at the right hand endpoint and the areas of each rectangle below. Interval [a,b] v(b) Area Got it? [2, 2.75] Кeep trying! -2 [2.75, 3.5] Keep trying! [3.5, 4.25] Keep trying! [4.25, 5] Keep trying! What is the approximation of the area using the right- hand endpoints?

Creating the Right-Hand Sum Suppose that an object moving along a straight line path has its velocity in feet per second at time t in seconds given by v(r) = (t- 3)2 + 2. T We will approximate this area by creating the left-hand sum by constructing four rectangles to approximation the area. To create the right-hand sum you need to evaluate the function at each of the right-hand endpoints of the subintervals. On the graph, sketch the four rectangles whose areas you need to find. Then, enter the the function value at the right hand endpoint and the areas of each rectangle below. Interval [a,b] v(b) Area Got it? [2, 2.75] Кeep trying! -2 [2.75, 3.5] Keep trying! [3.5, 4.25] Keep trying! [4.25, 5] Keep trying! What is the approximation of the area using the right- hand endpoints?

Algebra & Trigonometry with Analytic Geometry
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter4: Polynomial And Rational Functions
Section4.6: Variation
Problem 9E
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Creating the Right-Hand Sum Suppose that an object moving along a straight line path has its velocity in feet per second at time t in seconds given by v(r) = (t- 3)2 + 2. T We will approximate this area by creating the left-hand sum by constructing four rectangles to approximation the area. To create the right-hand sum you need to evaluate the function at each of the right-hand endpoints of the subintervals. On the graph, sketch the four rectangles whose areas you need to find. Then, enter the the function value at the right hand endpoint and the areas of each rectangle below. Interval [a,b] v(b) Area Got it? [2, 2.75] Кeep trying! -2 [2.75, 3.5] Keep trying! [3.5, 4.25] Keep trying! [4.25, 5] Keep trying! What is the approximation of the area using the right- hand endpoints?
Transcribed Image Text:Creating the Right-Hand Sum Suppose that an object moving along a straight line path has its velocity in feet per second at time t in seconds given by v(r) = (t- 3)2 + 2. T We will approximate this area by creating the left-hand sum by constructing four rectangles to approximation the area. To create the right-hand sum you need to evaluate the function at each of the right-hand endpoints of the subintervals. On the graph, sketch the four rectangles whose areas you need to find. Then, enter the the function value at the right hand endpoint and the areas of each rectangle below. Interval [a,b] v(b) Area Got it? [2, 2.75] Кeep trying! -2 [2.75, 3.5] Keep trying! [3.5, 4.25] Keep trying! [4.25, 5] Keep trying! What is the approximation of the area using the right- hand endpoints?
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