Important MCQs Sets Functions and Groups Quiz 3

This post contains all the MCQs about the Sets Functions and Groups from the Mathematics Book of Intermediate Part-I (First Year). Let us start with the Online MCQs Sets Functions and Groups Quiz.

Online MCQs from Chapter 2 of First Year Mathematics, Sets Functions and Groups with Answers

1. If $p$ and $q$ be two propositions then $p\rightarrow q$ is

 
 
 
 

2. Which of the following is true

 
 
 
 

3. The symbol which is used to denote the negation of a proposition is

 
 
 
 

4. The way of drawing conclusions from a limited number of observations is called

 
 
 
 

5. The way of drawing conclusions from premises believed to be true is called

 
 
 
 

6. A statement which can be decided as true or false is called

 
 
 
 

7. A compound proposition that is neither always true nor false is called

 
 
 
 

8. If $A \cup B = A$ then

 
 
 
 

9. If $p\rightarrow q$ is a implication then $q$ is called

 
 
 
 

10. The symbol that is used to combine propositions is called

 
 
 
 

11. De Morgan’s Laws are

 
 
 
 

12. A compound proposition which is always true is called

 
 
 
 

13. If $p \rightarrow q$ is a conditional then $p$ is called

 
 
 
 

14. De Morgan’s Laws are

 
 
 
 

15. Which of the following is true

 
 
 
 

16. If $p$ and $q$ be two propositions then $p \leftrightarrow q$ is

 
 
 
 

17. The logic in which there is a scope of more than two possibilities is called.

 
 
 
 

18. If $p$ and $q$ be two propositions then $p \wedge q$ is

 
 
 
 

19. Logic in which every statement is regarded as true or false is called

 
 
 
 

20. A statement which is accepted to be true without proof and used to find other conclusions is called

 
 
 
 

MCQs Sets Functions and Groups Quiz

  • Which of the following is true
  • Which of the following is true
  • If $A \cup B = A$ then
  • De Morgan’s Laws are
  • De Morgan’s Laws are
  • The way of drawing conclusions from a limited number of observations is called
  • The way of drawing conclusions from premises believed to be true is called
  • A statement which is accepted to be true without proof and used to find other conclusions is called
  • Logic in which every statement is regarded as true or false is called
  • The logic in which there is a scope of more than two possibilities is called.
  • A statement which can be decided as true or false is called
  • The symbol which is used to denote the negation of a proposition is
  • If $p \rightarrow q$ is a conditional then $p$ is called
  • If $p\rightarrow q$ is a implication then $q$ is called
  • The symbol that is used to combine propositions is called
  • If $p$ and $q$ be two propositions then $p \wedge q$ is
  • If $p$ and $q$ be two propositions then $p\rightarrow q$ is
  • If $p$ and $q$ be two propositions then $p \leftrightarrow q$ is
  • A compound proposition which is always true is called
  • A compound proposition that is neither always true nor false is called
Sets Functions and Groups Quiz with Answers

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Important Sets Functions and Groups Quiz 2

The multiple choice question about the Sets Functions and Groups Quiz from Intermediate Part-I (Chapter 2 Sets Functions and Groups Quiz). This is a Test from Chapter 2 of Intermediate Mathematics. Let us start with the Sets Functions and Groups Quiz.

Please go to Important Sets Functions and Groups Quiz 2 to view the test

Sets Functions and Groups Quiz

Sets Functions and Groups Quiz Part – I Intermediate

  • The set builder from of $B-A$ is equal to
  • If $A\cap B = \phi$ then $A$ and $B$ are
  • If $A \cap B \ne \phi$ then $A$ and $B$ are
  • In set-builder form, $A^c$ is written as
  • If a set consists of those elements of $A$ which are not in$B$, then the set is
  • Let $A$ and$B$ are two non empty sets and $U$ be a universal set, then $A-B$
  • If $A\cap B=\ne \phi$, i.e. sets $A$ and $B$ are disjoint, then $n(A\cup B)$ is equal to
  • If $A\cap B\ne \phi$ i.e. sets $A$ and $B$ are overlapping, then $n(A\cup B)$ is equal to
  • If $A \subseteq B$ then $n(A\cup B)$ is equal to
  • If $B\subseteq A$ then $n(A\cup B)$ is equal to
  • If $A\cap b=\phi$ then $n(A \cap B)$ is equal to
  • If $A \cap B=\phi$ i.e. $A$ and $B$ are overlapping sets, then $n(A\cap B)$
  • If $A \subseteq B$ then $n(A\cap B)$ is equal to
  • If $B \subseteq A$ then $n(A \cap B)$ is equal to
  • If $A$ and $B$ are disjoint sets i.e. $A\cap B=\phi$, then $n(A\,\, B)$ is equal to
  • If $A$ and $B$ are disjoint sets i.e. $A\cap B=\phi$ then $n(B-A)$
  • If $A \subseteq B$ then $n(A-B)$ is equal to
  • If $B\subseteq A$ then $n(B-A)$ is equal to
  • If $B \subseteq A$, $A-B\ne \phi$, then $n(A-B)$
  • Which of the following is true

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Best Sets Functions and Groups Quizzes

The post contains a list of Online MCQs about “Sets Functions and Groups” from Chapter 2 of First Year (Intermediate) Mathematics Book Part-I. Click the links below for the “Sets, Functions, and Groups” Quizzes.

SEts Functions and Groups Quizzes

Sets, Functions, and Groups 7
Sets Functions and Groups 6Sets, Functions, and Groups 5Sets, Functions, & Groups 4
Set, Functions, & Groups 3Set Functions and Groups 2Set Functions and Groups 1
Sets Functions and Groups Quizzes

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Sets Functions and Groups Quizzes with Answers