3. Analyze the car hood mechanism shown below by completing the parts below: a. Draw the kinematic diagram of the mechanism with and without the spring. (label all links and joints). Complete b-f for both diagrams (w/ and w/o spring) b. How many links are there in the mechanism? c. How many joints are in the mechanism? d. Does this mechanism have a recognizable topology? If so, what is it? e. What task does this mechanism satisfy and why? f. How many degrees of freedom does this mechanism have? Hint: When creating kinematic diagrams of mechanisms containing non-linkage elements (springs, cams, gears, etc), you cannot ignore these features, but you also cannot simply replace them with a single binary link in the kinematic diagram. See table 1.2 of the Voll text (p.22) for a full list. XMOPTIM Frame 10 Hood (0
3. Analyze the car hood mechanism shown below by completing the parts below: a. Draw the kinematic diagram of the mechanism with and without the spring. (label all links and joints). Complete b-f for both diagrams (w/ and w/o spring) b. How many links are there in the mechanism? c. How many joints are in the mechanism? d. Does this mechanism have a recognizable topology? If so, what is it? e. What task does this mechanism satisfy and why? f. How many degrees of freedom does this mechanism have? Hint: When creating kinematic diagrams of mechanisms containing non-linkage elements (springs, cams, gears, etc), you cannot ignore these features, but you also cannot simply replace them with a single binary link in the kinematic diagram. See table 1.2 of the Voll text (p.22) for a full list. XMOPTIM Frame 10 Hood (0
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
Please answer all parts

Transcribed Image Text:3.
Analyze the car hood mechanism shown below by completing the parts below:
a. Draw the kinematic diagram of the mechanism with and without the spring.
(label all links and joints). Complete b-f for both diagrams (w/ and w/o spring)
b. How many links are there in the mechanism?
c. How many joints are in the mechanism?
d. Does this mechanism have a recognizable topology? If so, what is it?
e. What task does this mechanism satisfy and why?
f.
How many degrees of freedom does this mechanism have?
Hint: When creating kinematic diagrams of mechanisms containing non-linkage elements
(springs, cams, gears, etc), you cannot ignore these features, but you also cannot simply
replace them with a single binary link in the kinematic diagram. See table 1.2 of the Voll
text (p.22) for a full list.
XMOPTIM
Frame
10
Hood
(0
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