Find the area bounded by y y = 2x, y=0 and x = 3. X Using vertical element, what is the integral equation to solve for the area? (A) A = = √" /³ (3 - 7² ) 4 --) + (( - ) ** dx (B) none of the choices 3 - 1²2xd [³: = 0 2 - L^ (> - Z) « + L^ ^ ( - ) ₁ dx dx 8/3 [²8 [²₂ 2x dx X 0 A = (E) A = 2x dx + 8 dx + -dx

Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Question
8
Find the area bounded by Y
y = 2x, y=0 and x = 3.
"
X
Using vertical element, what is the integral equation to solve for the area?
8/3
4
8 y
(A
A =
- S^^ ( x - Z) ~ + C (-2)
dx
dx
(B) none of the choices
3
8
© 1₁ - 1² rids - 1²² 1²
A =
2x dx +
-dx
0
2 X
8/3 8
© ^₁ - /"^ ( ₁ - ² ) ₁ - L^²^ ( - )
D A =
3
dx +
²
V 2
0
3
8
Ⓒ ₁ - [² / dx - L² 2v d²x
(E)
A =
1².
+
2x
X
0
2
Transcribed Image Text:8 Find the area bounded by Y y = 2x, y=0 and x = 3. " X Using vertical element, what is the integral equation to solve for the area? 8/3 4 8 y (A A = - S^^ ( x - Z) ~ + C (-2) dx dx (B) none of the choices 3 8 © 1₁ - 1² rids - 1²² 1² A = 2x dx + -dx 0 2 X 8/3 8 © ^₁ - /"^ ( ₁ - ² ) ₁ - L^²^ ( - ) D A = 3 dx + ² V 2 0 3 8 Ⓒ ₁ - [² / dx - L² 2v d²x (E) A = 1². + 2x X 0 2
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