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5) The antiderivative F(x) for f(x) xcos2x with F(0) Please write legible
Please write legible 6. Show that f(x) = Inc is decreasing for x > e.
please write legible 5. For a distribution in the (a, b, 0) class, p2 0.2048 and p3 0.0512. Furthermore, the mean of the distribution is 1. Determine pi.
Problem 5 (7 point) Suppose that f'(x) is continuous and that F(x) is an antiderivative of f(x). You are given the following table of values: r=0 2 = 2 * = 4 x = 6 -2 6 f(x) 6 F(x) 7 2 -4 -3 2 -4 5 3 (a) Evaluate | ((z) – 3)s -3)?f'(x)dx. (b) Evaluate (* 25 r* f" ()dx
PLEASE WRITE THE ANSWER LEGIBLE! 30. Solve: r-6 X-4 + 16 = 0. Show work. r? -16
(1 point) Find the most general antiderivative Fof f(x) = 5 – 10e. F(x) = NOTE: Don't forget the constant in your answer.
please write legible. For each equation below, solve for "X". 1. 1 +7c = 1 2x 2. 3.54y2 - V4x = 0 3. x2 (y-At) 4 4. 0.00753x + x = 0.023 5. 3.020x x 10-4 0.00065
If F(x)is an antiderivative of f (x), then f (x) = F(x). True False Previous
that f'(2) is continuous and that F(x) is an antiderivative of f(1). the following table of values: 6 f(x) F() r=0 = 2 r = 4 1 = 6 -2 1 -4 6 2. -3 5 6 -4 2 3 7 (a) Evaluate [u(z) – f(x) – 3)?f'(x)da. b) Evaluate ſz, za f'(x)dx
help 1) 2) 3) Find an antiderivative F(x) of f(x) = 1 + 14x5. F(x) = x + xx6 Substitute appropriately from step 2 to write the summation with index j = 1. 35 35 4 35 7j + 32) = 7 ju 35 4 35 Il j = 1 3 j = 1 Calculate the L, approximation for f(x) cos?(x) on (55 N-1 The formula for left-endpoint approximation is in = Ax f(a + jAx). J = 0 JT...
1. Calculate the definite integral 1 (229-33 +5) de (a) Find an antiderivative F(x)= (b) Evaluate F(2) F(2) = (c) Evaluate F(1) F(1) = (d) Calculate the definite integral 3x + 5) dx = 2. Calculate the definite integral. Give exact answers. Зе -Te du (a) Find an antiderivative F(*) = (b) Evaluate F(0) F(0) (c) Evaluate F(-1) F(-1) = (d) Calculate the definite integral.