1. Determine whether the following graph is Eulerian. If it is, find the Euler circuit. If it is not, explain why. D

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Determine whether the following graph is Eulerian. If it is, find the Euler circuit. If it is not, explain why.

 

Answer Application A and B of Eulerian circuit. 

 

 

 

I'm not sure if it's trigonometry, hope you help me please. Thank you 

1:04 E AO
all all 84%I
45
Colegio San Agustin - Bacolod
1. Determine whether the following graph is Eulerian. If
it is, find the Euler circuit. If it is not, explain why.
2. Determine whether the following graph is Eulerian. If
it is, find the Eulerian circuit. If it is not, can you find an
Euler path?
3. AN APPLICATION OF EULER PATH THEOREM. Below
is the map of all the trials in a national park. A biker
would like to traverse all the trails exactiv one
Transcribed Image Text:1:04 E AO all all 84%I 45 Colegio San Agustin - Bacolod 1. Determine whether the following graph is Eulerian. If it is, find the Euler circuit. If it is not, explain why. 2. Determine whether the following graph is Eulerian. If it is, find the Eulerian circuit. If it is not, can you find an Euler path? 3. AN APPLICATION OF EULER PATH THEOREM. Below is the map of all the trials in a national park. A biker would like to traverse all the trails exactiv one
1:04 E AO
all all 84%I
45
Colegio San Agustin - Bacolod
3. AN APPLICATION OF EULER PATH THEOREM. Below
is the map of all the trials in a national park. A biker
would like to traverse all the trails exactly one.
a. Isit possible for the biker to plan a trip that
traverses all the trails exactly once?
b. Is it possible for him to traverse all the trails and
return to the starting point without repeating any trail in
the trip?
SUBMIT YOUR WORK HERE.
II
Transcribed Image Text:1:04 E AO all all 84%I 45 Colegio San Agustin - Bacolod 3. AN APPLICATION OF EULER PATH THEOREM. Below is the map of all the trials in a national park. A biker would like to traverse all the trails exactly one. a. Isit possible for the biker to plan a trip that traverses all the trails exactly once? b. Is it possible for him to traverse all the trails and return to the starting point without repeating any trail in the trip? SUBMIT YOUR WORK HERE. II
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