7x/4 Evaluate the integral (sinx + cos x) dx using the fundamental -x/4 theorem of calculus. Discuss whether your result is consistent with the figure shown to the right. 7x/4 (sinx+cos x) dx = -x/4 Is this value consistent with the given figure? 2+ y=sin x + cos x A. The value is not consistent with the figure because the total area could be approximated using a rectangle of base x and height sin (x/4)+ cos (x/4)=√2. B. The value is consistent with the figure because the area below the x-axis appears to be equal to the area above the x-axis. OC. The value is consistent with the figure because the total area can be approximated using a rectangle of base x and height sin (x/4)+ cos (x/4)=√2. Show Transcribed Text (2/4)=√√/2. OD. The value is not consistent with the figure because the figure is a graph of the base function, f(x), instead of a graph of the area function, A(x). Time Demaining
7x/4 Evaluate the integral (sinx + cos x) dx using the fundamental -x/4 theorem of calculus. Discuss whether your result is consistent with the figure shown to the right. 7x/4 (sinx+cos x) dx = -x/4 Is this value consistent with the given figure? 2+ y=sin x + cos x A. The value is not consistent with the figure because the total area could be approximated using a rectangle of base x and height sin (x/4)+ cos (x/4)=√2. B. The value is consistent with the figure because the area below the x-axis appears to be equal to the area above the x-axis. OC. The value is consistent with the figure because the total area can be approximated using a rectangle of base x and height sin (x/4)+ cos (x/4)=√2. Show Transcribed Text (2/4)=√√/2. OD. The value is not consistent with the figure because the figure is a graph of the base function, f(x), instead of a graph of the area function, A(x). Time Demaining
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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