Let us first solve by using integration first
Now, further more convincingly, let us plot the graph and observe how actually the area is becoming zero.
From the graph, we can clearly observe that the curve is symmetrical about x=-1 and the area between the curve and X-axis from x=-3 to x=-1 is the same in magnitude as area between the curve and X-axis from x=-1 to x=1 but opposite in sign.
Hence the given integral resulted in ZERO
if x < 1 f(x) = { * if x > 1 Evaluate the definite integral. [ºs(x)dx f(x) dx Evaluate the integral –9|x? – 4x|dx Evaluate the integral $." (048 + x) as Integral =
Evaluate the integral. 3 4 [ rwa f(x) dx where f(x) = 15 - x2 if -3 SXO if 0<x<3
Question 9 Evaluate the integral f(x) dx where 203 f(x) = for x <1 for x > 1 6 7 4 5 3 O2 11 2
(1 point) Evaluate the following: b.(3+e 2)8(t - 9) dt- (3 + e 2t)<s(t) dt-
(1 point) If f(x) = { 6x, x39 8 x >9 Evaluate the integral 10 6.". f(x) dx |
2. Write the limit of the Riemann sums as a definite
integral.
plz !!!
Cancel 1. f(x) = x3 Find the Riemann sum for function f. -2 < x < 3 partitioned into 5 equal subintervals for which u; is the left endpoint of each subinterval. 9 1 • dx a. 성 - 1 b. Sutra ( + r + 6)dx - 3 2. C. { (-6x (-6x3 - 3x² + 2x)dx -2
Evaluate the following
integrals. Integral x*ln(x^2+3x+2)dx
2. (8 points) Evaluate the following integrals. Answers without supporting work will re- ceive no credit. (a) (5 points) | < ln(x2 + 3x + 2) dx
For r = e on the interval 0 <O< 1, find a definite integral that represents the arc length. Select the correct answer below: O 546 4Ꮄ dᎾ I'avas V2.de I 12 de
T (1 point) Evaluate f(x) dx, where J12) f(x) = { 2.2 -ASX < 0 | 3 sin(x), 0 < x < 1. [fle) de =
A. Express the limit as a definite integral on the given
interval.
B. Use the form of the definition of the integral to evaluate
the integral.
n Š lim n-> Xi Ax, [1, 3] (xi +13 * 2 i=1 3 6 (2x - x2) dx