For the bicycle hand brake lever assembly shown in the figure, complete the following tasks: a) Draw a kinematic/skeleton diagram, b) Determine the number of degrees of freedom. You must list the number of links and joints, the equation used, perform the calculation, and include brief explanations of the calculation steps. te this mechanism using Linkage and Fcable 3 2 cable pivot Px Mh Fhand brake lever Note: Choose your own units for the given dimensions. Pay attention to the sense of scale of the links; this will be marked. Hint: Consider the flexible cable to be a link. Py handlebar handgrip Fhand
For the bicycle hand brake lever assembly shown in the figure, complete the following tasks: a) Draw a kinematic/skeleton diagram, b) Determine the number of degrees of freedom. You must list the number of links and joints, the equation used, perform the calculation, and include brief explanations of the calculation steps. te this mechanism using Linkage and Fcable 3 2 cable pivot Px Mh Fhand brake lever Note: Choose your own units for the given dimensions. Pay attention to the sense of scale of the links; this will be marked. Hint: Consider the flexible cable to be a link. Py handlebar handgrip Fhand
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
Question
None
![For the bicycle hand brake lever assembly shown in the figure, complete the following tasks:
a) Draw a kinematic/skeleton diagram,
b) Determine the number of degrees of freedom.
You must list the number of links and joints, the
equation used, perform the calculation, and
include brief explanations of the calculation steps.
te this mechanism using Linkage and
Fcable
3
2
cable
pivot
Px
Mh
Fhand
brake lever
Note: Choose your own units for the given dimensions.
Pay attention to the sense of scale of the links; this will
be marked.
Hint: Consider the flexible cable to be a link.
Py
handlebar
handgrip
Fhand](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff45cb331-3e0d-4bb1-9b5a-1208928c1e1c%2F21e137ef-7756-4707-8317-b509af78e7f0%2Ffp5lnqq_processed.jpeg&w=3840&q=75)
Transcribed Image Text:For the bicycle hand brake lever assembly shown in the figure, complete the following tasks:
a) Draw a kinematic/skeleton diagram,
b) Determine the number of degrees of freedom.
You must list the number of links and joints, the
equation used, perform the calculation, and
include brief explanations of the calculation steps.
te this mechanism using Linkage and
Fcable
3
2
cable
pivot
Px
Mh
Fhand
brake lever
Note: Choose your own units for the given dimensions.
Pay attention to the sense of scale of the links; this will
be marked.
Hint: Consider the flexible cable to be a link.
Py
handlebar
handgrip
Fhand
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