Q$5.(8\%)$ Consider the relation: R$($A$,$ B$,$ C$,$ D$,$ E$,$ F$,$ G$,$ H$,$ I, J$,$ K$,$ L$,$M$,$N$,$O$,$P$,$Q$).\{$A$,$ B$\}$ is the primary key. $\{$C$,$D$,$E$\}$ forms a candidate key. The following functional dependencies exist among the attributes of the relation:$\{$A$\}->\{$F$,$G$\}$; $\{$C$,$D$\}->\{$H$,$I$\}$; $\{$F$\}->\{$J$,$K$\}$; $\{$D$\}->\{$L$,$M$\}$; $\{$M$\}->\{$N$,$O$,$P$\}$

Transform this relation into $2$NF$,$ then $3$NF relations.Q$5.(8\%)$ Consider the relation: $R(A,B,C,D,E,F,G,H,$I,$J,K,L,M,N,O,P,Q).\{A,B\}$ is the primary

key. $\{C,D,E\}$ forms a candidate key. The following functional dependencies exist among the attributes

of the relation: $\{A\}\{F,G\}$;$\{C,D\}\{H,I\}$;$\{F\}\{J,K\}$;$\{D\}\{L,M\}$;$\{M\}\{N,O,P\}$

Transform this relation into $2NF,$ then $3NF$ relations.