ﬁnd the matrix that represents the given relation. Use elements in the order given to determine rows and columns of the matrix.
-$$R ^ { 2 } \text {, where } R \text { is the relation on } \{ w , x , y , z \} \text { such that }$$ $$R = \{ ( w , w ) , ( w , x ) , ( x , w ) , ( x , x ) , ( x , z ) , ( y , y ) , ( z , y ) , ( z , z ) \}$$

Question

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The Answer of ﬁnd the matrix that represents the given relation. Use elements in the order given to determine rows and columns of the matrix.
-$$R ^ { 2 } \text {, where } R \text { is the relation on } \{ w , x , y , z \} \text { such that }$$ $$R = \{ ( w , w ) , ( w , x ) , ( x , w ) , ( x , x ) , ( x , z ) , ( y , y ) , ( z , y ) , ( z , z ) \}$$

ﬁNd the Matrix That Represents the Given Relation R2, where R is the relation on {w,x,y,z} such that R ^ { 2 } \text {, where } R \text { is the relation on } \{ w , x , y , z \} \text { such that }R2, where R is the relation on {w,x,y,z} such that

ﬁNd the Matrix That Represents the Given Relation $R ^ { 2 } \text {, where } R \text { is the relation on } \{ w , x , y , z \} \text { such that }$