The 7.5-kg rod BC connects a disk centered at A to crank CD. Knowing that the disk is made to rotate at the constant speed of 18 rad/s, determine for the position shown a B=a6tarovr 2- The acceleration of the center of mass of the rod BC A. 57.8 m/s² 750 mm B. 64.8 m/s² C. 72.2 m/s² D. 68.1 m/s² A аса вас все 18 (12) 67.8) min D 200 un aG= hornal ab i=k(-200cesſo I), 3- If the acceleration of point G is ag = (-261-45.0)) m/s², determine the absolute value of the vertical component of the force exerted on rod BC by the pin at C. abé = thoxcash Le A. 141.6 N B 138.6 N sin -7.5x2.31 = (2.5) (-433) {MATIGK C. 132.1 N 8c (2₁²¹) = 1/2 D. 125.6 N MA
The 7.5-kg rod BC connects a disk centered at A to crank CD. Knowing that the disk is made to rotate at the constant speed of 18 rad/s, determine for the position shown a B=a6tarovr 2- The acceleration of the center of mass of the rod BC A. 57.8 m/s² 750 mm B. 64.8 m/s² C. 72.2 m/s² D. 68.1 m/s² A аса вас все 18 (12) 67.8) min D 200 un aG= hornal ab i=k(-200cesſo I), 3- If the acceleration of point G is ag = (-261-45.0)) m/s², determine the absolute value of the vertical component of the force exerted on rod BC by the pin at C. abé = thoxcash Le A. 141.6 N B 138.6 N sin -7.5x2.31 = (2.5) (-433) {MATIGK C. 132.1 N 8c (2₁²¹) = 1/2 D. 125.6 N MA
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
Related questions
Question
![The 7.5-kg rod BC connects a disk centered at A to crank CD. Knowing that the disk is made to rotate at the
constant speed of 18 rad/s, determine for the position shown
a B=a6tarovr
2- The acceleration of the center of mass of the rod BC
an
A. 57.8 m/s²
B. 64.8 m/s2
S
750 mm
аас вас все
30%
C. 72.2 m/s²
A
D. 68.1 m/s2
0 mm
18x (200x, 23).
D
= 64.81
200 mm
a6=
hormol
ab i=&k(-200cesto)
3- If the acceleration of point G is ag = (-261-45.0)) m/s2, determine the absolute value of the vertical
component of the force exerted on rod BC by the pin at C.
abé: the cash Le
A. 141.6 N
B. 138.6 N
Fy: -f sin = (2.5) (-433)
[MATIGK
C. 132.1 N
-7.5*9.81
8c (2-²)=1/12
D. 125.6 N
MA
the correct answers is 64.8 and 132.1
but how??
((Hand written plz ))
30](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fefb979d2-b5e3-4908-b845-b128cc943a35%2F45266831-7730-4abb-ad9a-2ad83779a6bd%2Flg9du0l_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The 7.5-kg rod BC connects a disk centered at A to crank CD. Knowing that the disk is made to rotate at the
constant speed of 18 rad/s, determine for the position shown
a B=a6tarovr
2- The acceleration of the center of mass of the rod BC
an
A. 57.8 m/s²
B. 64.8 m/s2
S
750 mm
аас вас все
30%
C. 72.2 m/s²
A
D. 68.1 m/s2
0 mm
18x (200x, 23).
D
= 64.81
200 mm
a6=
hormol
ab i=&k(-200cesto)
3- If the acceleration of point G is ag = (-261-45.0)) m/s2, determine the absolute value of the vertical
component of the force exerted on rod BC by the pin at C.
abé: the cash Le
A. 141.6 N
B. 138.6 N
Fy: -f sin = (2.5) (-433)
[MATIGK
C. 132.1 N
-7.5*9.81
8c (2-²)=1/12
D. 125.6 N
MA
the correct answers is 64.8 and 132.1
but how??
((Hand written plz ))
30
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