1244-1180) X ChatGPT x | M Test 1 - ruzshaira17@gmail.com × |+ arning.nbcc.ca/d21/le/content/215788/viewContent/3701130/View 2 Unsaved F1 Question 5 (2 points) Find the arclength of y = x(3/2) from x = 0 to x = 4. A) 6.0 2 B) 9.1 C) 7.6. D) 2.3 Previous Page Next Page + F2 F3 #3 Q Search x 女 F4 S4 Q W E R A S F5 X+ W t 0 F6 F7 F8 F9 % 5 Y D F G * 7 8 00 H P F10 O 1:53:25 rem Page 5 of 10 ENG US DDD F11 F12 J K L P +4 s 1:25 15/05/2 Insert Prisc + 11 When starting up from rest, the angular acceleration a (in RPM/s) of a helicopter blade is a = √√8t + 1 The rotation rate w (in RPM) can be found using Sa dt Find the rotation rate (in RPM) after 2.0 s.
1244-1180) X ChatGPT x | M Test 1 - ruzshaira17@gmail.com × |+ arning.nbcc.ca/d21/le/content/215788/viewContent/3701130/View 2 Unsaved F1 Question 5 (2 points) Find the arclength of y = x(3/2) from x = 0 to x = 4. A) 6.0 2 B) 9.1 C) 7.6. D) 2.3 Previous Page Next Page + F2 F3 #3 Q Search x 女 F4 S4 Q W E R A S F5 X+ W t 0 F6 F7 F8 F9 % 5 Y D F G * 7 8 00 H P F10 O 1:53:25 rem Page 5 of 10 ENG US DDD F11 F12 J K L P +4 s 1:25 15/05/2 Insert Prisc + 11 When starting up from rest, the angular acceleration a (in RPM/s) of a helicopter blade is a = √√8t + 1 The rotation rate w (in RPM) can be found using Sa dt Find the rotation rate (in RPM) after 2.0 s.
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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Transcribed Image Text:1244-1180) X
ChatGPT
x | M Test 1 - ruzshaira17@gmail.com × |+
arning.nbcc.ca/d21/le/content/215788/viewContent/3701130/View
2 Unsaved
F1
Question 5 (2 points)
Find the arclength of y = x(3/2) from x = 0 to x = 4.
A) 6.0
2
B) 9.1
C) 7.6.
D) 2.3
Previous Page
Next Page
+
F2
F3
#3
Q Search
x
女
F4
S4
Q
W E
R
A
S
F5
X+
W
t
0
F6
F7
F8
F9
%
5
Y
D
F
G
*
7
8
00
H
P
F10
O
1:53:25 rem
Page 5 of 10
ENG
US
DDD
F11
F12
J
K
L
P
+4
s
1:25
15/05/2
Insert
Prisc
+ 11
Transcribed Image Text:When starting up from rest, the angular acceleration a (in RPM/s)
of a helicopter blade is
a = √√8t + 1
The rotation rate w (in RPM) can be found using
Sa dt
Find the rotation rate (in RPM) after 2.0 s.
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