Math Chapter 2 MCQs Class 11

Al-Huda Science Academy is focusing not only on short questions and long questions but also on Math Chapter 2 MCQs Class 11. Entry Tests required a lot of effort on Multiple Choice Questions that should be of conceptual in nature. The users can participate without login to MCQs test. All MCQs are taken from the past papers of Punjab Boards including Bahawalpur Board, DG Khan Board, Faisalabad Board, Gujranwala Board, Lahore Board, Multan Board, Rawalpindi Board, Sahiwal Board and Sargodha Board.

Chapter 2 of F.Sc/I.Cs Part 1 Math is based on Number System.

Math Chapter 2 MCQs Class 11

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#1. Leibniz is mathematician of:

French

French

German

German

English

English

Greek

Greek

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#2. The cartesian product R x R where R is the set of real numbers, is called the:

Space

Space

None

None

Plane

Plane

Cartesian Plane

Cartesian Plane

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#3. {1} has closure property w.r.t:

Division

Division

Multiplication

Multiplication

Addition

Addition

Subtraction

Subtraction

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#4. If (1-1) correspondence can be established between the sets, then they are:

Equivalent

Equivalent

Infinite

Infinite

Equal

Equal

Finite

Finite

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#5. Every real number is a:

Natural Number

Natural Number

Not a Natural Number

Not a Natural Number

Complex Number

Complex Number

Not a Complex Number

Not a Complex Number

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#6. The possible number of subsets of the set {a, {b,c}} are

2

2

6

6

4

4

1

1

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#7. Statement which is always false is called:

Both

Both

tautology

tautology

a contradiction

a contradiction

none

none

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#8. If a function of : A –> B is such that range f = B then f is called an:

Into Function

Into Function

Bijective Function

Bijective Function

One to One Function

One to One Function

Onto Function

Onto Function

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#9. The set Z+ ? {0} is monoid w.r.t multiplication but not.

None

None

Division

Division

Subtraction

Subtraction

Into Function

Into Function

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#10. A set having one element is called:

Non-empty Set

Non-empty Set

Finite Set

Finite Set

Empty Set

Empty Set

Singleton Set

Singleton Set

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#11. Logic in which there is a scope for third or fourth possibility is called:

Non-Leibnizian logic

Non-Leibnizian logic

Aristotelian logic

Aristotelian logic

Leibnizian logic

Leibnizian logic

Non-Aristotelian logic

Non-Aristotelian logic

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#12. ~(p · q) = _____

(p v ~q)

(p v ~q)

(~p v q)

(~p v q)

(~p ^ ~q)

(~p ^ ~q)

(~p v ~q)

(~p v ~q)

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#13. ~(p v q) = _____

( ~ p + ~q)

( ~ p + ~q)

~(p + q)

~(p + q)

~(p . q)

~(p . q)

( ~ p · ~q)

( ~ p · ~q)

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#14. If z=x + iy, then y is called:

None

None

Real & Imaginary

Real & Imaginary

Real Part

Real Part

Imaginary Part

Imaginary Part

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#15. Number of identity elements in any group is/are:

1

1

3

3

2

2

None

None

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#16. The in verse of a linear function {(x,y)/y=mx+c} is:

{(x,y)|y=c}

{(x,y)|y=c}

{(x,y)|y=mx+c}

{(x,y)|y=mx+c}

{(x,y)|y=my+c}

{(x,y)|y=my+c}

{(x,y)|y=mx-c}

{(x,y)|y=mx-c}

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