5. (Read first the files 19C_Integral calculus pgl.JPEG, 20C Integral calculus_stud.doc, 21C HW_9a ans.doc, 22C HW 9 stud ans.doc (with a calculator in hands) and try to reproduce all results.) E...
5. (Read first the files 19C_Integral calculus pgl.JPEG, 20C Integral calculus_stud.doc, 21C HW_9a ans.doc, 22C HW 9 stud ans.doc (with a calculator in hands) and try to reproduce all results.) Evaluate the area under the parabola representing a function f(x) = 2*N-x2 above the horizontal x-axis via the definite integral Area - J f(x)dx The parabola in question opens downward. It intersects the horizontal x-axis at two points a and b which serve as the lower and upper limits of integration. First find these points by solving the equation f(x) - 2*Nx - x*-x(2*N x) 0, then evaluate the definite integral. Present your answer as a positive integer or a simple fraction (do NOT reduce it to its lowest terms). Solution. N-16
5. (Read first the files 19C_Integral calculus pgl.JPEG, 20C Integral calculus_stud.doc, 21C HW_9a ans.doc, 22C HW 9 stud ans.doc (with a calculator in hands) and try to reproduce all results.) Evaluate the area under the parabola representing a function f(x) = 2*N-x2 above the horizontal x-axis via the definite integral Area - J f(x)dx The parabola in question opens downward. It intersects the horizontal x-axis at two points a and b which serve as the lower and upper limits of integration. First find these points by solving the equation f(x) - 2*Nx - x*-x(2*N x) 0, then evaluate the definite integral. Present your answer as a positive integer or a simple fraction (do NOT reduce it to its lowest terms). Solution. N-16