Short Answer
A city consists of five boroughs, and each borough has three neighborhoods and each neighborhood consists of ten houses. You have been hired to run a fiber-optic cable, networking all of the houses to each other. No matter the length, it costs $50 to connect any one house to any other house. Based on all of this information, what will it cost to network all of the houses together so that there are no redundancies? Hint: Think of each house as a vertex.
(a) $7450
(b) $7500
(c) $8000
(d) $8500
(e) None of the above.
Correct Answer:

Verified
Correct Answer:
Verified
Q10: In the graph shown below, how many
Q11: In the graph shown below, how many
Q12: Which of the graphs shown below are
Q13: Every tree must have at least two
Q14: Which of the graphs below are not
Q16: What is the redundancy of the complete
Q17: A local telecommunications company is planning on
Q18: What is the redundancy of the graph
Q19: How many different spanning trees can be
Q20: Consider a connected graph with n vertices;