Let f be a function defined on a closed interval 3 3 with f2
Let f be a function defined on a closed interval [-3, 3] with f(-2) = -1. The graph of f\', consisting of line segments, is shown in the adjoining diagram. Using the Fundamental Theorem of Calculus, set up an equation (involving a definite integral) that can be used to compute value of f(2). Solve the equation in part (10(a)i) for f(2). If F(x) = integral^0_-x^2 e^t^4 dt, then find F\'(1).
Solution
![Let f be a function defined on a closed interval [-3, 3] with f(-2) = -1. The graph of f\', consisting of line segments, is shown in the adjoining diagram. Usi Let f be a function defined on a closed interval [-3, 3] with f(-2) = -1. The graph of f\', consisting of line segments, is shown in the adjoining diagram. Usi](/WebImages/21/let-f-be-a-function-defined-on-a-closed-interval-3-3-with-f2-1048984-1761546067-0.webp)