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Let F(x) = Sý sin*(0) dt. Evaluate the following limit . Let F(x) = $* sin?(t)...
Please answer with all steps. Thanks Given "x4 3 cos + 7 sin t 0.75_dt F(x) =let, d, G(x) =1 dt 5t0.75 0 Using the Fundamental Theorem of Calculus Part II, calculate the limit Lim Given "x4 3 cos + 7 sin t 0.75_dt F(x) =let, d, G(x) =1 dt 5t0.75 0 Using the Fundamental Theorem of Calculus Part II, calculate the limit Lim
(1 point) Let f(x) = [: to dt. Evaluate the following. f'(x) = f'(5) =
Let A(x)=∫(bounds 0 to x) f(t)dt, with f(x) as in figure. Let A(z) = J f(t) dt, with f(z) as in figure. -1 -2 A()l has a local minimum on (O A(z) has a local maximum on (0, 6) at a 6.5 Let A(z) = J f(t) dt, with f(z) as in figure. -1 -2 A()l has a local minimum on (O A(z) has a local maximum on (0, 6) at a 6.5
3. Evaluate: The value f(4) for the continuous function f satisfying 2 sin = f(t) dt
(2) Apply Cauchy's Integration to EVALUATE the following INTEGRAL: 27 1 dt. 0 3 – sin(t)
Unanswered 0/2 pts Question 18 Let G(X) = Set (t? - sin(t?)) dt. Find G'(x). Correct Answer O evo [c2x – sin (e24)] sin (22) - 230 -e* [e2+ sin(e200)] 2xe 2.2 + cos(e230) 23 2* — sin (2) None of these
Question 4): If f(x) is differentiable at a, where a > 0, evaluate the following limit in terms of f'(a): lim ") – f(a)
3) Let F(x) = {* In In(1+t) dt. t (a) Find the Maclaurin series for F: (b) Use the series in part (a) to evaluate F(-1) exactly and use the result to state its interval of convergence. (c) Approximate F(1) to three decimals. (Hint: Look for an alternating series. )
Evaluate the integral (-8 sin(t)- 4 cos() dt ntegral Evaluate the integral (-8 sin(t)- 4 cos() dt ntegral
5. If f is differentiable at a, where a > 0, evaluate the following limit in terms of f'(a): lim f(x) - f(a) √x- ſa