MCQ - Functions and Relations | Quantitative Aptitude for CA Foundation PDF Download

 Page 1


Set Theory 
CPT Section D Quantitative 
Aptitude Chapter 7 
Brijeshwar Prasad Gupta 
 
Page 2


Set Theory 
CPT Section D Quantitative 
Aptitude Chapter 7 
Brijeshwar Prasad Gupta 
 
MCQ’s 
. 
Page 3


Set Theory 
CPT Section D Quantitative 
Aptitude Chapter 7 
Brijeshwar Prasad Gupta 
 
MCQ’s 
. 
MCQ.1 
1. In a group of 20 children, 8 drink tea but not coffee and 13 like tea. The 
number of children drinking coffee but not tea is 
(a) 6 
(b) 7 
(c) 1 
(d) none of these    
Answer:(B) 
Page 4


Set Theory 
CPT Section D Quantitative 
Aptitude Chapter 7 
Brijeshwar Prasad Gupta 
 
MCQ’s 
. 
MCQ.1 
1. In a group of 20 children, 8 drink tea but not coffee and 13 like tea. The 
number of children drinking coffee but not tea is 
(a) 6 
(b) 7 
(c) 1 
(d) none of these    
Answer:(B) 
MCQ.2 
2.If A has 32 elements, B has 42 
elements and A ? B has 62 
elements, the number of elements in 
A n B is 
• (a) 12 
• (b) 74 
• (c) 10 
• (d) none of these    
Answer: A 
Page 5


Set Theory 
CPT Section D Quantitative 
Aptitude Chapter 7 
Brijeshwar Prasad Gupta 
 
MCQ’s 
. 
MCQ.1 
1. In a group of 20 children, 8 drink tea but not coffee and 13 like tea. The 
number of children drinking coffee but not tea is 
(a) 6 
(b) 7 
(c) 1 
(d) none of these    
Answer:(B) 
MCQ.2 
2.If A has 32 elements, B has 42 
elements and A ? B has 62 
elements, the number of elements in 
A n B is 
• (a) 12 
• (b) 74 
• (c) 10 
• (d) none of these    
Answer: A 
MCQ.3 
3. Given A = {2, 3}, B = {4, 5}, 
C = {5, 6} then    A × (B n C) is 
• (a) {(2, 5), (3, 5)} 
• (b) {(5, 2), (5, 3)} 
• (c) {(2, 3), (5, 5)} 
• (d) none of these    
Answer:A