1:25 < Back Pulse 86 MATH1275 Calculus 14) Find the Centroid with respect to the y-axis of a flat plate that covers the first-quadrant region bounded by from x = 0 to x = 1. y = ex² 15) For an electric circuit containing a voltage source V, a resistance R, and a capacitor C in series, an equation relating the charge o on the capacitor with time is qet/R V = t/RC et dt Find q(t) if q=0 when t=0. From 28.4: Basic Trigonometric Forms 16) Integrate: гπ/6 1 dx cos² 2x 0 17) Integrate: sin(1/x) x2 dx 18) Integrate: 1 - sin x 1 + cos x dx 4 MATH1275 Calculus

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter7: Analytic Trigonometry
Section7.6: The Inverse Trigonometric Functions
Problem 91E
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1:25
< Back
Pulse
86
MATH1275
Calculus
14) Find the Centroid with respect to the y-axis of a flat plate that covers
the first-quadrant region bounded by
from x = 0 to x = 1.
y = ex²
15) For an electric circuit containing a voltage source V, a resistance R, and
a capacitor C in series, an equation relating the charge o on the capacitor with
time is
qet/R
V
=
t/RC
et dt
Find q(t) if q=0 when t=0.
From 28.4: Basic Trigonometric Forms
16) Integrate:
гπ/6
1
dx
cos² 2x
0
17) Integrate:
sin(1/x)
x2
dx
18) Integrate:
1 - sin x
1 + cos x
dx
4
MATH1275
Calculus
Transcribed Image Text:1:25 < Back Pulse 86 MATH1275 Calculus 14) Find the Centroid with respect to the y-axis of a flat plate that covers the first-quadrant region bounded by from x = 0 to x = 1. y = ex² 15) For an electric circuit containing a voltage source V, a resistance R, and a capacitor C in series, an equation relating the charge o on the capacitor with time is qet/R V = t/RC et dt Find q(t) if q=0 when t=0. From 28.4: Basic Trigonometric Forms 16) Integrate: гπ/6 1 dx cos² 2x 0 17) Integrate: sin(1/x) x2 dx 18) Integrate: 1 - sin x 1 + cos x dx 4 MATH1275 Calculus
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