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The document you uploaded contains a General Mathematics assessment related to networks and graph theory from St. Aloysius College. It includes multiple choice, short answer, and extended response questions focusing on graph properties such as vertices, edges, faces, adjacency matrices, isomorphism, spanning trees, Eulerian trails, and Hamiltonian cycles.

Here’s a breakdown of some topics and key concepts you may need for this assessment:

### Key Topics in the Document:
1. **Vertices and Edges** - Understanding the number of vertices (points) and edges (connections) in a graph.
2. **Eulerian and Hamiltonian paths** - These paths are related to traversing through all edges (Eulerian) or all vertices (Hamiltonian) of a graph.
3. **Spanning Trees** - A subgraph that connects all vertices without creating any cycles, and finding its minimal length.
4. **Adjacency Matrix** - A matrix representation of a graph where rows and columns represent vertices, and entries indicate if there is an edge between pairs of vertices.
5. **Graph Isomorphism** - Identifying when two graphs have the same structure even if they appear different visually.

Do you need help with any specific question from the assessment or a deeper explanation of any concepts?

### Related questions to explore:
1. How can you determine if a graph has an Eulerian trail or a Hamiltonian cycle?
2. What are the steps to draw the adjacency matrix of a graph?
3. How do you find the minimum spanning tree for a given graph?
4. What is the difference between a connected graph and a complete graph?
5. How do you recognize when two graphs are isomorphic?

### Tip:
For Eulerian paths, check if there are exactly two vertices of odd degree. If there are none or two, the graph has an Eulerian trail.

The document contains a General Mathematics assessment focusing on networks and graph theory. It includes multiple-choice, short-answer, and extended-response questions on graph properties such as vertices, edges, adjacency matrices, isomorphism, spanning trees, Eulerian trails, and Hamiltonian cycles.

Explore graph theory and network analysis with this detailed General Mathematics assessment. Topics include vertices, edges, Eulerian and Hamiltonian paths, adjacency matrices, spanning trees, and isomorphism. Suitable for Grades 11-12 students preparing for network theory exams.

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