Answer:
- Graph A: neither an Euler path nor an Euler circuit
- Graph B: both an Euler path and an Euler circuit
- Graph C: both an Euler path and an Euler circuit
Step-by-step explanation:
A non-directed graph will have an Euler circuit if all vertices have even degree. It will have an Euler path if it has an Euler circuit or if it has two vertices with odd degree (where the path can start and end).
<u>Graph A</u>
4 of the 5 vertices have odd degree. No Euler path, no Euler circuit.
<u>Graph B</u>
All 6 vertices have degree 4. This graph has an Euler path and an Euler circuit.
<u>Graph C</u>
5 of 6 vertices have degree 4, the remaining one has degree 2. This graph has an Euler path and an Euler circuit.
The area of a circle is PiR^2
We've gotten Pi left, so all we need to do is square root 196.
The square root of 196 is 14.
Answer:
s - 8
Step-by-step explanation:
TO find the function rule, substitute (s-2) in place of v. Then simplify.
h(v) = v - 6
h(s - 2) = (s - 2) - 6
h(s - 2) = s - 8
You write 0.044 as a fraction as 44/1000, but if you simplified it, it would be 11/250. The values are related because a 4 is in the ones and tens place. :)
Answer:
No
Step-by-step explanation:
There is no numerator, no denominator, no division symbol because it is not a legal fraction. The denominator can never be zero in any fraction.