Consider the function  given by :

If you are given the graph K=(V,E) with V = {T, U, V, W, X, Y} and E = {{T,U}, {T,Y}, {U,Y}, {U,W}, {U,V}, {V,Y}, {V,W}, {W,X},{W,Y}}, what is the minimum number of edges you would have to add to have an Euler circuit? List the edge(s) you would add or write none if applicable.

Consider the function  given by :

Every tree is bipartite.    [1] Every graph contains a spanning tree as a subgraph. [2] If a graph has exactly one more vertex than it has edges, then the graph is a tree. [3] Every forest is a tree. [4] Every connected graph contains a spanning tree as a subgraph. [5] If a graph has two more vertices than edges, then it is not connected. [6]

Given a graph, it is possible to find more than one spanning tree [st] A spanning tree with the smallest possible comgined weight is called a [mst] We often designate a particular vertex in a tree so that every other vertex on the tree can be characterized by its position relative to this particular vertex which is called the [rt] Given a graph, there can be at most one Hamilton path [hp]

Megan gives out a business card with an e-mail address on it. It is reasonable to infer that Megan has consented to

The primary purpose of the Uniform Electronic Transactions Act is to create new rules for electronic contracts.

Dr. Cho decided to get individual contributions from community members to raise money to complete his documentary film about the late artistic director of The Theater Company in town. This is an example of

The uses and gratifications theory proposes that newspaper editors determine how readers will use their newspapers.

Which of the following statements about the Daguerreotype are true?