Sets B and C are subsets of the universal set U.These sets are defined as follows.U={f,m,q, r, s,y}B={f.q,s,y}C={f.ris)Find the following sets.Write your answer in roster form or as Ø.(a) (BAC)' = 0....O х$?(b) B'UC = 0

Sets B and C are subsets of the universal set UThese sets are defined as followsUfmq r syBfqsyCfrisFind the following setsWrite your answer in roster form or as class=

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SOLUTION:

We are given the sets;

[tex]\begin{gathered} U=\lbrace f,m,q,r,s,y\rbrace \\ B=\lbrace f,q,s,y\rbrace \\ C=\lbrace f,r,s\rbrace \\ Clearly,B,C\subseteq U \end{gathered}[/tex]

We want to find the following;

[tex](B\cap C)^{\prime}[/tex]

This means what is not in the intersection set but in the universal set,

The intersection set is;

[tex]\begin{gathered} B\cap C=\lbrace f,s\rbrace \\ thus; \\ (B\cap C)^{\prime}=\lbrace m,q,r,y\rbrace \end{gathered}[/tex][tex]\begin{gathered} B\cap C=\lbrace f,s\rbrace \\ thus; \\ (B\cap C)^{\prime}=\lbrace m,q,r,y\rbrace \end{gathered}[/tex]

We also want to find;

[tex]B^{\prime}\cup C[/tex]

This means the union of B complement joined with C, neglecting repititions.

We have;

[tex]\begin{gathered} B^{\prime}=\lbrace m,r\rbrace \\ C=\lbrace f,r,s\rbrace \\ thus; \\ B^{\prime}\cup C=\lbrace f,m,r,s\rbrace \end{gathered}[/tex]

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