A disk and a ring both homogeneous with masses M1=0.94 kg and M2=M1/6 and radii R1=0.36 m and R2=R1/2, respectively, are coupled by an ideal C strap, as shown in the figure below . At a given moment, a work of modulus W=35 J is performed on the system that, starting from rest, makes the disk and the ring rotate around their symmetry axes. In view of this, answer: what is the value of the linear velocity v at the edge of the disk? Consider that the strap does not slide over the edge of objects. Choose one: Escolha uma: a. 14,80 m/s b. 12,68 m/s c. 10,57 m/s d. None of the other alternatives e. 19,02 m/s f. 16,91 m/s g. 8,46 m/s h. 6,34 m/s
A disk and a ring both homogeneous with masses M1=0.94 kg and M2=M1/6 and radii R1=0.36 m and R2=R1/2, respectively, are coupled by an ideal C strap, as shown in the figure below . At a given moment, a work of modulus W=35 J is performed on the system that, starting from rest, makes the disk and the ring rotate around their symmetry axes. In view of this, answer: what is the value of the linear velocity v at the edge of the disk? Consider that the strap does not slide over the edge of objects. Choose one: Escolha uma: a. 14,80 m/s b. 12,68 m/s c. 10,57 m/s d. None of the other alternatives e. 19,02 m/s f. 16,91 m/s g. 8,46 m/s h. 6,34 m/s
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
A disk and a ring both homogeneous with masses M1=0.94 kg and M2=M1/6 and radii R1=0.36 m and R2=R1/2, respectively, are coupled by an ideal C strap, as shown in the figure below . At a given moment, a work of modulus W=35 J is performed on the system that, starting from rest, makes the disk and the ring rotate around their symmetry axes. In view of this, answer: what is the value of the linear velocity v at the edge of the disk? Consider that the strap does not slide over the edge of objects.
Choose one:
Escolha uma:
a. 14,80 m/s
b. 12,68 m/s
c. 10,57 m/s
d. None of the other alternatives
e. 19,02 m/s
f. 16,91 m/s
g. 8,46 m/s
h. 6,34 m/s
Transcribed Image Text:M,
M,
R,
R,
C
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