Given: mechanism consists of 3 members: (1) homogeneous disk 1 of mass m1=13kg and radius R1=37cm; (2) nonhomogeneous disk 2 of mass m2=19kg, bigger radius R2=57cm, smaller radius r2=36cm, radius of inertia p2=36cm; (3) block 3 of mass m3=25kg. Mechanism is moving in vertical plane from the state of rest under the action of gravity forces.
Given: mechanism consists of 3 members: (1) homogeneous disk 1 of mass m1=13kg and radius R1=37cm; (2) nonhomogeneous disk 2 of mass m2=19kg, bigger radius R2=57cm, smaller radius r2=36cm, radius of inertia p2=36cm; (3) block 3 of mass m3=25kg. Mechanism is moving in vertical plane from the state of rest under the action of gravity forces.
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
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Find: (1) acceleration of block 3 a3=?
2. tension force T2-3 of string connecting block 3 and wheel 2
![Given: mechanism consists of 3 members: (1) homogeneous disk 1 of mass m1=13kg
and radius R1=37cm; (2) nonhomogeneous disk 2 of mass m2=19kg, bigger radius R2=57cm, smaller radius
r2=36cm, radius of inertia p2=36cm; (3) block 3 of mass m3=25kg.
Mechanism is moving in vertical plane from the state of rest under the action of gravity forces.
1
2
3
Find: absolute value of acceleration of block 3 (in m/s²)
a3=?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc8e85604-ce29-40f3-880d-5ba3af1b4fc3%2F52d0b4ea-9770-48af-9611-9d88f6f8b018%2Fq23t8ps_processed.png&w=3840&q=75)
Transcribed Image Text:Given: mechanism consists of 3 members: (1) homogeneous disk 1 of mass m1=13kg
and radius R1=37cm; (2) nonhomogeneous disk 2 of mass m2=19kg, bigger radius R2=57cm, smaller radius
r2=36cm, radius of inertia p2=36cm; (3) block 3 of mass m3=25kg.
Mechanism is moving in vertical plane from the state of rest under the action of gravity forces.
1
2
3
Find: absolute value of acceleration of block 3 (in m/s²)
a3=?
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