This would be just a single node, since no edges (you can think of degree as the number of edges connected to a node). If you are talking about the in-degree, or out-degree of a node being zero, this can happen many times in a directed graph (in-degree = # edges going IN to node, out-degree = # edges going out...).
24 edges.24 edges.24 edges.24 edges.
A pentagonal prism has 15 edges. 10 of these are base edges and then 5 lateral edges. Formula : A prism with a n-sided polygons at each end will have 3n edges.
a cuboid has 12 edges
I believe you intend to talk about a polyhedron if it is a convex polyhedron, there is a relation : F + V * E = 2 (you can experiment with current polyhedrons) the relation is not satisfied by your numbers
Not necessarily, they happen on fault lines.
no only on or close to the edges of a fault line or tectonic plate
They could meet and cause an earthquake.
This would be just a single node, since no edges (you can think of degree as the number of edges connected to a node). If you are talking about the in-degree, or out-degree of a node being zero, this can happen many times in a directed graph (in-degree = # edges going IN to node, out-degree = # edges going out...).
you would cut youre lips on the sharp metall edges
24 edges.24 edges.24 edges.24 edges.
To round edges effectively in your design project, use design software tools like the "round corner" or "bezier curve" functions. Adjust the radius or curvature to achieve the desired smoothness. Experiment with different settings to find the best result for your design.
Earthquakes occur all the time all over the world, both along plate edges and along faults.
A pentagonal prism has 15 edges. 10 of these are base edges and then 5 lateral edges. Formula : A prism with a n-sided polygons at each end will have 3n edges.
a sphere has no edges. a circle has no edges.
you would fall off the earth because circles have no edges squares do and you would trip off if you did not watch were you were going
Most earthquakes and volcanic eruptions happen along the edges of the plates.