supp $$R = \{ ( a , b ) , ( a , d ) , ( b , c ) , ( c , c ) , ( d , a ) \} \text { and } S = \{ ( a , c ) , ( b , d ) , ( d , a ) \}$$ ose R and S are relations on {a, b, c, d}, where
Find the combination of relations.
-$$R ^ { 2 }$$

Question

Quizplus · Accepted Answer

The Answer of supp $$R = \{ ( a , b ) , ( a , d ) , ( b , c ) , ( c , c ) , ( d , a ) \} \text { and } S = \{ ( a , c ) , ( b , d ) , ( d , a ) \}$$ ose R and S are relations on {a, b, c, d}, where
Find the combination of relations.
-$$R ^ { 2 }$$

Supp R={(a,b),(a,d),(b,c),(c,c),(d,a)} and S={(a,c),(b,d),(d,a)}R = \{ ( a , b ) , ( a , d ) , ( b , c ) , ( c , c ) , ( d , a ) \} \text { and } S = \{ ( a , c ) , ( b , d ) , ( d , a ) \}R={(a,b),(a,d),(b,c),(c,c),(d,a)} and S={(a,c),(b,d),(d,a)}

Supp $R = \{ ( a , b ) , ( a , d ) , ( b , c ) , ( c , c ) , ( d , a ) \} \text { and } S = \{ ( a , c ) , ( b , d ) , ( d , a ) \}$