Let R be an equivalence relation on A = {0, 1, 2, 3, 4, 5, 6}...

 

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Let R be an equivalence relation on A = {0, 1, 2, 3, 4, 5, 6} such that (0,2) = R. (2,3) R. (3,6) R, and (1,5) = R. If there are three distinct equivalence classes resulting from R, then determine the classes and the rest of the elements of R. Explicitly list the elements in each equivalence class for each equivalence relation found in Problem 5.2. O Describe the equivalence classes for each equivalence relation in Problem 5.5. 6 0-(-1)) 1) j=2 10 34+3 2) i=3 Let R be an equivalence relation on A = {0, 1, 2, 3, 4, 5, 6} such that (0,2) = R. (2,3) R. (3,6) R, and (1,5) = R. If there are three distinct equivalence classes resulting from R, then determine the classes and the rest of the elements of R. Explicitly list the elements in each equivalence class for each equivalence relation found in Problem 5.2. O Describe the equivalence classes for each equivalence relation in Problem 5.5. 6 0-(-1)) 1) j=2 10 34+3 2) i=3