2, 20 (x+2), x < 0 (a) ∫f(x) dx (b) ∫f(x) dx ∫f(x) dx ∫f(x) dx 18. In each part, evaluate the integral, given that ∫2x < 1 f(x) = 12, x > 1 ∫f(x) dx (b) ∫f(x) dx (c) ∫f(x) dx ∫f(x) d

Integral of 1/(x+1)^2 (substitution)
Integral of 1/(x+1)^2 (substitution)

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(c) ∫(x-1) dx + 15 ∫2 dx
∫(0) J_ (T – x) dx + (d) ∫(1- x!) dx
∫cos x dx
∫(2x – 3) dx
∫√(-x) dx
16. (a) ∫6 dx
∫(T/3) sin x dx
∫(x – 2) dx
∫√(4 – x) dx
17. In each part, evaluate the integral, given that f(x) = {x – 2, 20 (x+2), x < 0}
(a) ∫f(x) dx
(b) ∫f(x) dx
∫f(x) dx
∫f(x) dx
18. In each part, evaluate the integral, given that ∫2x < 1 f(x) = 12, x > 1
∫f(x) dx
(b) ∫f(x) dx
(c) ∫f(x) dx
∫f(x) dx

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02:18

(a) ∫(3xe^(-2x))/(x+3) dx(b) ∫(x^2+3)/(3x+2) dx(c) ∫(dx)/(√(x^2+1))(d) ∫sin^2(x) cos^2(x) dx(e) ∫(x^2 ln(x)) dx

04:38

(a) ∫x^3 −√x + sin(x) dx(b) ∫(x/(x^2 + 1)^2)dx

(c). √π ∫. x cos(x^2) dx 0

(d) ∫x^5ln(x) dx

10:51

Determine:(a) $\int 2 \sin (3 x+1) d x$(b) $\int \sqrt{5-2 x} d x$(c) $\int 6 \cdot e^{t-1 x} d x$(d) $\int(4 x+1)^{3} \mathrm{~d} x$(e) $\int 4^{2 u-3} d x$(f) $\int 6 \cos (1-2 x) d x$(g) $\int \frac{5}{3 x-2} d x$(h) $\int 3 \sec ^{2}(1+4 x) \mathrm{d} x$

01:33

Integrate using the integration by parts formula: ∫(xv(x+1)dx) = 2x∫(x+1)^(2/3)dx + 15∫(4(x+1)^(2/3))dx + C

09:04

In each part, evaluate the integral, given that$$f(x)=\left\{\begin{array}{ll}|x-2|, & x \geq 0 \\x+2, & x<0\end{array}\right.$$(a) $\int_{-2}^{0} f(x) d x$(b) $\int_{-2}^{2} f(x) d x$(c) $\int_{0}^{6} f(x) d x$(d) $\int_{-4}^{6} f(x) d x$

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