From the adjoining Venn diagram , find the following sets :

(i) A (ii) B (III) `A cup B ` (iv) `A cap B `

From the adjoining Venn diagram , find the following sets : P

From the adjoining Venn diagram , find the following sets : Q

From the adjoining Venn diagram , find the following sets : P cap Q

From the adjoining Venn diagram , find the following sets : P cup Q

From the adjoining Venn diagram , find the following sets : (i) P (ii) Q (iii) P cup Q (iv) P cap Q

From the adjoining Venn diagram , write the following sets : (i) A (ii) B (iii) C (iv) A cup B (v) A cap B (vi) B cup C (vii B cap C (viii) A cup C (ix) A cap C Also verify that : (i) n(A) + n(B) = ( A cup B) +n(A cap B) (ii) n(B) +n(C) = n(B cup C) +n(B cap C)

From the adjoining Venn , diagram , find the following sets : (i) P (ii) Q (iii) P cup Q (iv) P cap Q

In the adjoining Venn diagram , A cup B is

Consider the following sets: A = set all rectangles in the same plane B = set all squares in the same plane C = set all parellegrams in the same plane Find the following sets : (i) A-B (ii) C-A (iii) A cap C (iv) B cap C (v) B cup C (Vi ) A cap B cup C

Consider the following sets: A= set ofnaturai numbers which are multiples of 2 B= set ofnaturai numbers which are multiples of 3 C= set ofnaturai numbers which are multiples of 5 Then find the following set (i) A cup B (ii) B cup C (iii) A- B (iv) B-C (v)A cap C (vi) A cap B cap C (vii) ( A cup B )- C