(c) Students can take a number of courses per semester and a class representative is selected per course. The courses offered are SWEN 1000, SWEN1002, SWEN 1004, SWEN2000, SWEN2004, SWEN 2006, and SWEN3000. Charlie takes SWEN 1000, SWEN2000 and SWEN2006. Lydia is taking SWEN1002 and SWEN2004. Jackie is taking SWEN1000, SWEN1004, SWEN2006 and SWEN3000. Abel is taking SWEN2004, SWEN2006 and SWEN3000. Nadine takes SWEN1002, SWEN2000 and SWEN2004. (i) Model the following scenario using a bipartite graph. (ii) Determine a matching where each student is a class representative of a course.

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(c) Students can take a number of courses per semester and a class representative is selected
per course. The courses offered are SWEN 1000, SWEN1002, SWEN 1004, SWEN2000,
SWEN2004, SWEN2006, and SWEN3000. Charlie takes SWEN1000, SWEN2000 and
SWEN2006. Lydia is taking SWEN1002 and SWEN2004. Jackie is taking SWEN1000,
SWEN1004, SWEN2006 and SWEN3000. Abel is taking SWEN2004, SWEN2006 and
SWEN3000. Nadine takes SWEN1002, SWEN2000 and SWEN2004.
(1) Model the following scenario using a bipartite graph.
(ii) Determine a matching where each student is a class representative of a course.
Transcribed Image Text:(c) Students can take a number of courses per semester and a class representative is selected per course. The courses offered are SWEN 1000, SWEN1002, SWEN 1004, SWEN2000, SWEN2004, SWEN2006, and SWEN3000. Charlie takes SWEN1000, SWEN2000 and SWEN2006. Lydia is taking SWEN1002 and SWEN2004. Jackie is taking SWEN1000, SWEN1004, SWEN2006 and SWEN3000. Abel is taking SWEN2004, SWEN2006 and SWEN3000. Nadine takes SWEN1002, SWEN2000 and SWEN2004. (1) Model the following scenario using a bipartite graph. (ii) Determine a matching where each student is a class representative of a course.
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