Problem ,. The figure below shows a two-dimensional body connected to the ground by two links AB and CD which are both free to rotate. The length of both links is 1.1 m. When the velocity of point B is -10j m/s, the angle beta is 90 degrees, and the angle theta is 45 degrees, what would be the angular speed of the body? T 1.2 m A DB 2.8 m of EDUC j Ari C Ai k
Problem ,. The figure below shows a two-dimensional body connected to the ground by two links AB and CD which are both free to rotate. The length of both links is 1.1 m. When the velocity of point B is -10j m/s, the angle beta is 90 degrees, and the angle theta is 45 degrees, what would be the angular speed of the body? T 1.2 m A DB 2.8 m of EDUC j Ari C Ai k
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![Problem
,. The figure below shows a two-dimensional body connected to the
ground by two links AB and CD which are both free to rotate. The length of both links is 1.1 m.
When the velocity of point B is -10j m/s, the angle beta is 90 degrees, and the angle theta is 45
degrees, what would be the angular speed of the body?
1.2 m
Y
A
4
k
В
DB
cally wit
2.8 m
of
PULOR
j
Ci
k](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff0595eac-b6cf-4d71-942d-a67ef7461185%2F12acf5c0-9643-4cdc-8de1-2bb03ef3c312%2Fdncf17e_processed.png&w=3840&q=75)
Transcribed Image Text:Problem
,. The figure below shows a two-dimensional body connected to the
ground by two links AB and CD which are both free to rotate. The length of both links is 1.1 m.
When the velocity of point B is -10j m/s, the angle beta is 90 degrees, and the angle theta is 45
degrees, what would be the angular speed of the body?
1.2 m
Y
A
4
k
В
DB
cally wit
2.8 m
of
PULOR
j
Ci
k
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