Mathematics Quizzes

Welcome to the dynamic realm of Mathematics Quizzes, where the excitement of learning converges with the satisfaction of problem-solving!

Our platform is committed to fostering an engaging and interactive learning experience through a diverse array of quizzes suitable for learners of all proficiency levels. Explore the joy of learning through our lively Mathematics Quizzes available on www.ilovemaths5.com.

Embark on an enriching educational journey with our platform’s Online MCQs Tests, harmoniously combining convenience and innovation. Whether you’re a novice or a proficient learner, our interactive tests ensure a personalized experience. Dive into various topics, seamlessly track your progress, and boost your understanding.

Join us in this invigorating educational adventure, skillfully merging knowledge with enjoyment!

Category: Mathematics

"Crack the Code, Unleash the Genius: Your Journey to Mathematics Mastery Starts Here!

Do your best!

Times UP!

Mathematics

REAL AND COMPLEX NUMBERS

1 / 15

Category: Real and Complex Numbers

1. 2 ⁄ 10 = 0.2 is the example of

terminating decimal fraction

quadratic fraction

non-terminating decimal fraction

linear fraction

2 / 15

Category: Real and Complex Numbers

2. π is a

natural number

rational number

whole number

irrational number

3 / 15

Category: Real and Complex Numbers

3. The decimal fraction in which some digits are repeated again and again in same order in its decimal part is called

terminating decimal fraction

linear fraction

quadratic fraction

non-terminating decimal fraction

4 / 15

Category: Real and Complex Numbers

4. The union of the set of rational and irrational numbers is known as

set of irrational numbers

set of prime numbers

set of real numbers

set of rational numbers

5 / 15

Category: Real and Complex Numbers

5. The numbers in the form of p ⁄ q where p, q are integers and q is not zero are called

rational numbers

prime numbers

irrational numbers

whole numbers

6 / 15

Category: Real and Complex Numbers

6. The decimal form of 5 ⁄ 8 is

0.578

0.313

0.625

1.324

7 / 15

Category: Real and Complex Numbers

7. √3 is the example of

rational numbers

integers

irrational numbers

odd numbers

8 / 15

Category: Real and Complex Numbers

8. The set of real numbers is denoted by

9 / 15

Category: Real and Complex Numbers

9. 4 ⁄ 11 = 0.2222 is the example of

quadratic fraction

linear fraction

terminating decimal fraction

non-terminating decimal fraction

10 / 15

Category: Real and Complex Numbers

10. Non-terminating decimal fraction is also known as

terminating decimal fraction

recurring decimal fraction

linear fraction

quadratic fraction

11 / 15

Category: Real and Complex Numbers

11. Add 2 + 3i and - 3 + 5i is

5 + 3i

-1 + 8i

-1 - 8i

3 + 2i

12 / 15

Category: Real and Complex Numbers

12. The numbers which can be expressed as quotient of integers are known as

prime numbers

irrational numbers

whole numbers

rational numbers

13 / 15

Category: Real and Complex Numbers

13. The set of irrational numbers is denoted by

14 / 15

Category: Real and Complex Numbers

14. The numbers 1, 2, 3, .... which are used for counting certain objects are called

prime numbers

whole numbers

odd numbers

natural numbers

15 / 15

Category: Real and Complex Numbers

15. The set consist of positive integers, zero and negative integers is called

set of irrational numbers

set of prime numbers

set of even numbers

set of integers

Your score is

Facebook

Do your best!

Times Up!

Mathematics

LOGARITHMS

1 / 15

Category: Logarithms

1. Fractional part of logarithm is ________.

Mantissa

Exponent

Power

Characteristics

2 / 15

Category: Logarithms

2. If log x = 2 then x =

100

1000

2/10

200

3 / 15

Category: Logarithms

3. If log10 x = 4 then x=______

10000

100

500

1000

4 / 15

Category: Logarithms

4. Integral part of logarithm is ________.

Mantissa

Characteristics

Exponent

Power

5 / 15

Category: Logarithms

5. Log 31.09 = ________.

0.4926

0.04926

2.4926

1.4926

6 / 15

Category: Logarithms

6. Logarithm having base 10 is called ____ logarithms

Briggs

Artificial

All of the above

Common

7 / 15

Category: Logarithms

7. The number of digits in 3^5

one

two

four

three

8 / 15

Category: Logarithms

8. The base of common logarithm is

100

9 / 15

Category: Logarithms

9. If log2 8 = x then x =

2^3

3^2

10 / 15

Category: Logarithms

10. Base in the Natural logarithm

11 / 15

Category: Logarithms

11. Logarithm of a number consists of ___ parts.

four

one

two

three

12 / 15

Category: Logarithms

12. Log xyz =

log x log y log z

Log(xy)z

log x + log y + log z

log x – log y – log z

13 / 15

Category: Logarithms

13. 3^5 =243 can be written in logarithmic form as

log 3 base 5 = 243

log 5 base 3 = 243

log 243 base 5 = 3

log 243 base 3 = 5

14 / 15

Category: Logarithms

14. The characteristic of log 54.58 is

15 / 15

Category: Logarithms

15. The Scientific notation of 0.00789 is

7.89 x 10 ^–3

7.89 x 10 ^–4

7.89 x 10 ^3

7.89 x 10 ^–2

Your score is

Facebook

Do your best!

Times Up!

Mathematics

ALGEBRAIC EXPRESSIONS AND FORMULAS

1 / 15

Category: Algebraic Expression and Formulas

1. Every Polynomial is

a rational expressions

none of these

an irrational expression

a sentence

2 / 15

Category: Algebraic Expression and Formulas

2. 3x + 2y - 3 is an algebraic

Expression

Equation

Sentence

In equation

3 / 15

Category: Algebraic Expression and Formulas

3. Degree of polynomial 2x3 + x2 – 4x4 + 7x – 9 is

4 / 15

Category: Algebraic Expression and Formulas

4. a2 + b2 + c2 + 2ab + 2bc + 2ca is equals to

( a + b + c )2

( a + b + c )3

( a + b – c )2

( a – b + c )2

5 / 15

Category: Algebraic Expression and Formulas

5. √7 is an example of

Monomial surd

Conjugate surd

Trinomial surd

Binomial surd

6 / 15

Category: Algebraic Expression and Formulas

6. ( x + y )( x – y )( x2 + y2 ) is equals to

x2 - y2

x4 - y4

x2 + y2

x4 + y4

7 / 15

Category: Algebraic Expression and Formulas

7. a3 – 3ab(a – b) – b3 is equals to

a3 + b3

a3 – b3

(a + b)3

(a – b)3

8 / 15

Category: Algebraic Expression and Formulas

8. Conjugate of – 2 – √3 is

2 + √𝟑

− 2 − √𝟑

−2 + √𝟑

−𝟒 + √𝟑

9 / 15

Category: Algebraic Expression and Formulas

9. Quotient p(x)/q(x) of two polynomials p(x) and q(x), where q(x) ≠ 0 is called

Irrational Expression

Rational Expression

Polynomial

Conjugate

10 / 15

Category: Algebraic Expression and Formulas

10. The degree of the 3x2y + 5y4 –10 is

11 / 15

Category: Algebraic Expression and Formulas

11. A surd which contains sum of two monomial surds is called

Congugate surd

Trinomial surd

Binomial surd

Monomial surd

12 / 15

Category: Algebraic Expression and Formulas

12. (5+√15) (5 – √15) is equals to

13 / 15

Category: Algebraic Expression and Formulas

13. √(3x+5 ) is a/an

Rational expression

Irrational expression

Polynomial

none of the these

14 / 15

Category: Algebraic Expression and Formulas

14. If a+b=5 and a-b=3, then the value of ab is

15 / 15

Category: Algebraic Expression and Formulas

15. The process of multiplying a given surd by its rationalizing factors to get a rational number as product is called _________ of the given surd.

division

multiplication

rationalization

factorization

Your score is

Facebook

Do your best!

Times Up!

Mathematics

FACTORIZATION

1 / 15

Category: Factorization

1. Factors of x³ – 64y³

(x – 4y) (x2 – 4xy + 16y2)

(x + 4y) (x2 – 4xy + 16y2)

(x + 4y) (x2 + 4xy + 16y2)

(x – 4y) (x2 + 4xy + 16y2)

2 / 15

Category: Factorization

2. Factors of x3 – y3

(x + y)(x² ‒xy+y²)

(x + y)(x²+xy+y²)

(x ‒ y)(x²‒xy+y²)

(x – y)(x²+xy+y²)

3 / 15

Category: Factorization

3. It is the process in which we express the given polynomial (expression) as a product of two or more expressions.

Rationalization

Simplification

Factorization

None of these

4 / 15

Category: Factorization

4. Factors of x² - y²

(x+y) (x – y)

(x ‒ y) (x – y)

(x+y) (x+y)

None of these

5 / 15

Category: Factorization

5. Factors of a² +2ab+ b² ‒ c²

(a+b+c)(a+b+c)

(a+b+c)(a+b-c)

(a–b+c)(a+b+c)

(a – b+c)(a+b – c)

6 / 15

Category: Factorization

6. If x²+4x+m is a complete square, then m =

7 / 15

Category: Factorization

7. Factors of x2 – x – 6

(x – 3 )(x – 2)

None of these

(x + 3 )(x + 2)

(x – 3 )(x + 2)

8 / 15

Category: Factorization

8. If 9x²+6x+m is a complete square, then m=

9 / 15

Category: Factorization

9. Factors of a² +2a‒24

(a – 6)(a–4)

(a+6)(a+4)

(a – 6)(a+4)

(a+6)(a–4)

10 / 15

Category: Factorization

10. Factors of x2+5x+6

(x + 2)(x – 3)

(x – 2)(x + 3)

(x + 2)(x + 3)

(x–2)(x – 3)

11 / 15

Category: Factorization

11. Factors of a4 – b4

(a + b) (a3+ b3)

(a – b)4

(a – b)(a3 – b3)

(a – b) (a + b) (a² + b²)

12 / 15

Category: Factorization

12. Factors of y3 – 27z3

(y‒3z) (y2+3z+9z²)

(y‒3z) (y2‒3z+9z²)

(y‒3z) (y2‒3z‒9z²)

(y‒3z) (y2+3z‒9z²)

13 / 15

Category: Factorization

13. Factors of y3 + 27z3

(y+3z) (y²+3yz+9z²)

(y‒3z) (y²‒3yz+9z²)

(y+3z) (y²-3yz+9z²)

(y+3z) (y²‒3yz‒9z²)

14 / 15

Category: Factorization

14. Factors of x3 + y3

(x+y)(x² ‒ xy+y²)

(x+y)(x²‒xy+y²)

(x+y)(x²‒2xy+y²)

(x+y)(x²+2xy+y²)

15 / 15

Category: Factorization

15. Factors of 16x² – y4

(2x – y²) (8x + y²)

(4x – y²) (4x+y²)

(4x + y²) (4x + y²)

(4x – y²) (4x – y²)

Your score is

Facebook

Do your best!

Times Up!

Mathematics

ALGEBRAIC MANIPULATION

1 / 15

1. Simplified form of 1/(x+y) + y/(x2 -y2) is _________.

(𝒙+𝒚)/(𝒙𝟐 −𝒚𝟐)

(𝒚+𝟏)/(𝒙𝟐 −𝒚𝟐)

𝒚/(𝒙𝟐 −𝒚𝟐)

𝒙/(𝒙𝟐 −𝒚𝟐)

2 / 15

2. HCF of y2 – 4 and y – 2 is _________.

y - 2

y + 2

y2 - 4

3 / 15

3. HCF of a3 – 1 and a2 – 1 is ________.

a3 – 1

a + 1

a2 – 1

a – 1

4 / 15

4. LCM of (2y + 3z)5 and (2y+3z)3 is _______.

(2y + 3z)3

(2y + 3z)

(2y + 3z)8

(2y + 3z)5

5 / 15

5. LCM of x3 + 1 and x + 1 is ________.

x + 1

x3 + 1

x2 – x + 1

6 / 15

6. HCF of x3 – y3 and x2 + xy +y2 is _________.

x + y

x2 + xy +y2

(x – y)2

x - y

7 / 15

7. LCM of (x – y)4 and (x – y)3 is _________.

(x – y)3

(x – y)

(x – y)4

(x – y)7

8 / 15

8. Simplified form of (a3 x3+a3 y3 )/(a2 (x+y))=

ax2 + ay2

x2 + y2

a (x2 + xy + y2)

a (x2 – xy + y2)

9 / 15

9. LCM = _____________.

𝐇𝐂𝐅/𝐏𝐗𝐐

𝐏𝐗𝐐/𝐇𝐂𝐅

𝐐/𝐇𝐂𝐅

𝐏/𝐇𝐂𝐅

10 / 15

10. HCF x LCM of two polynomials = _______.

Division of two polynomials

Product of two polynomials

Addition of two polynomials

Subtraction of two polynomials

11 / 15

11. There are _____ methods to be used to find the H.C.F of polynomials

two

four

one

three

12 / 15

12. HCF of a2 + 4a +3 and a2 + 5a + 6 is ______.

a + 1

a + 2

a + 3

13 / 15

13. HCF of x3 – 8y3 and x2 – 4xy +4y2 is __________.

x2 + 2xy + y2

x – 2y

x – 4y

x + 2y

14 / 15

14. Simplified form of y/(25x2 -y2) - 1/(5x -y) is _________.

(−𝟓𝒙)/(𝟐𝟓𝒙𝟐 −𝒚𝟐)

(−𝟓𝒙)/(𝟓𝒙+𝒚)

𝟓𝒙/(𝟐𝟓𝒙𝟐 −𝒚𝟐)

𝟓𝒙/(𝟓𝒙𝟐 −𝒚)

15 / 15

15. LCM of x4 – y4 and x2 – y2 is ________.

x2 – y2

x2 + y2

x4 – y4

Your score is

Facebook

Do your best!

Times Up!

Mathematics

SETS AND FUNCTIONS

1 / 15

Category: Sets and Functions

1. For any two non-empty sets A and B, AUB =U and A ∩ B = {}, then A and B are __________.

equal sets

overlapping sets

none

cells

2 / 15

Category: Sets and Functions

2. The complement of a set A is denoted by

A∩B

A∪B

A∆B

3 / 15

Category: Sets and Functions

3. The intersection of two sets A and B is denoted by

A ⊂ B

A ∩ B

A ∪ B

A ⊆ B

4 / 15

Category: Sets and Functions

4. Which one is Subset of N?

5 / 15

Category: Sets and Functions

5. The union of two sets A and B is denoted by

A ∩ B

A ∪ B

A ⊆ B

A ⊂ B

6 / 15

Category: Sets and Functions

6. If (x,6) = (2,y -6) then x + y = ________.

7 / 15

Category: Sets and Functions

7. The set of natural numbers is denoted by

8 / 15

Category: Sets and Functions

8. Which of the following is a set notation?

( )

∅

[ ]

{ }

9 / 15

Category: Sets and Functions

9. If two sets have no common elements, they are called

Finite sets

Infinite sets

Equivalent sets

Disjoint sets

10 / 15

Category: Sets and Functions

10. Which one is commutative _________.

Union

Difference

None

Cartesian Product

11 / 15

Category: Sets and Functions

11. Which one is function ________.

{ (0,5), (6,0), (5,6) }

{ (6,7), (7,6), (6,8) }

none of these

{ (2,5), (2,7), (3,8) }

12 / 15

Category: Sets and Functions

12. The power set of a set A is

The set containing all subsets of A

The set containing only the empty set

The set containing all elements of A

The set containing only the universal set

13 / 15

Category: Sets and Functions

13. Which one is always bijective __________.

Onto function

One-One function

Into function

One-One correspondence

14 / 15

Category: Sets and Functions

14. Which of the following is not an example of a finite set?

The set of students in a classroom

The set of real numbers

The set of months in a year

The set of vowels

15 / 15

Category: Sets and Functions

15. A function is called surjective if range ________ co-domain.

all of these

super set

equals to

subset

Your score is

The average score is 57%

Do your best!

Times Up!

Mathematics

VARIATION

1 / 15

Category: Variations

1. In a ratio l : m, l is called ___________.

none of these

consequent

antecedent

relation

2 / 15

Category: Variations

2. If a, b & c are in continued proportion then b is called ___________ proportion between a & c.

none of these

3rd

mean

1st

3 / 15

Category: Variations

3. If x / y = w / z then according to dividendo property is ____________.

x + y / y = w + z / z

x - y / y = w - z / z

x / x + y = w / w + z

None of these

4 / 15

Category: Variations

4. If x : y = z : w then according to Componendo ___________.

x - y / x + y = z - w / z + w

x / x+y = z / z+w

x / x - y = z / z - w

x - y / y = z - w / w

5 / 15

Category: Variations

5. In a proportion p : q :: r : s, p is called ________.

mean

first proportional

fourth proportional

third proportional

6 / 15

Category: Variations

6. If a : 4 = 15 : 5 then a = _________.

7 / 15

Category: Variations

7. If p : q = r : s then p : r = q : s this property is called _________.

componendo

dividendo

alternando

invertendo

8 / 15

Category: Variations

8. If a : b = c : d then according to invertendo property ___________.

b / a = d / c

a / b = c / d

a / c = b / d

a + b / b = c + d

9 / 15

Category: Variations

9. In a ratio u : v, v is called _______________.

consequent

relation

none of these

antecedent

10 / 15

Category: Variations

10. The mean proportional between a2 and b2 is ______________.

-ab

√ab

a/b

11 / 15

Category: Variations

11. The fourth proportional to 3, 5, 12 is ____________.

12 / 15

Category: Variations

12. If 2x, 3y and 6z are in continued proportion then _______.

3y2 = 4xz

y2 = 12xy

9y2 = xz

9 y2 = 12xz

13 / 15

Category: Variations

13. If x + 5 : x + 7 = 5 : 7 then x is equal to __________.

-1

14 / 15

Category: Variations

14. If 1, 9, x and 45 are in proportion, then x = _______.

405

1/5

15 / 15

Category: Variations

15. Force and acceleration are in ___________.

inverse proportion

joint proportion

None of these

direct proportion

Your score is

Facebook

Do your Best!

Times Up!

Mathematics

LINEAR EQUATION AND INEQUALITIES

1 / 15

Category: Linear Equation and Inequalities

1. The solution set of √(5y+5 )+5=10 is

{5}

{-4}

{4}

{± 4}

2 / 15

Category: Linear Equation and Inequalities

2. The solution set of 5 – 3y = - 7 is

{12}

{1,4}

{-4}

{4}

3 / 15

Category: Linear Equation and Inequalities

3. The solution set of -2 ≤ x ≤ 2, x ∈ Z is

{-2, 0, 2}

{ 0 }

{2, -2}

none of these

4 / 15

Category: Linear Equation and Inequalities

4. The solution set of √y= 10 is

{100}

{10,-10}

{-10}

{10}

5 / 15

Category: Linear Equation and Inequalities

5. √(y+4 )+2=8 is a

Linear equation

Cubic equation

Radical equation

Quadratic equation

6 / 15

Category: Linear Equation and Inequalities

6. If x>0, y>0 and x-y<0, then

y – x < 0

x < y

x + y < 0

x > y

7 / 15

Category: Linear Equation and Inequalities

7. The solution set of 3x + 7 = 4 is

-1

-7

8 / 15

Category: Linear Equation and Inequalities

8. x ≤ 4 means

x = 4

x < 4

x > 4 or x=4

x < 4 or x = 4

9 / 15

Category: Linear Equation and Inequalities

9. The absolute value of a number is always

negative

zero

non negative

less than zero

10 / 15

Category: Linear Equation and Inequalities

10. The solution set of l4yl = 8 is

{1, 2}

{ }

{2, -2}

{1, -1}

11 / 15

Category: Linear Equation and Inequalities

11. │-20│

> 20

= 20

= - 20

< 20

12 / 15

Category: Linear Equation and Inequalities

12. The solution set of linear equation in one variable has

More than one element

Three elements

Two elements

One element

13 / 15

Category: Linear Equation and Inequalities

13. The solution set of │5y/3│= 5 is

{-5, 5}

{-3}

{3,-3}

{3}

14 / 15

Category: Linear Equation and Inequalities

14. The solution set of │-y│= 0 is

{ }

{1}

{0}

{-1}

15 / 15

Category: Linear Equation and Inequalities

15. If symbol of equality "=" is involved in an open sentences then such open sentence is called a/an

cube root

expression

square root

equation

Your score is

The average score is 13%

Do your best.

Times Up!

MATRICES AND DETERMINANTS

1 / 20

Category: Matrices and Determinants

1. The horizontal line of entries in a matrix is called ___________.

column

row

matrix

zero

2 / 20

Category: Matrices and Determinants

2. A square matrix is called __________ matrix, if all the elements of matrix are zero except at least one element of main diagonal.

diagonal

unit

scalar

transpose

3 / 20

Category: Matrices and Determinants

3. The vertical line of entries in a matrix is called ________ of a matrix.

Zero

Matrix

Column

Row

4 / 20

Category: Matrices and Determinants

4. A matrix in which number of rows is not equal to number of columns is called _________ matrix.

scalar

square

rectangle

zero

5 / 20

Category: Matrices and Determinants

5. A zero/null matrix is a matrix in which each element is equal to _________.

one

zero

6 / 20

Category: Matrices and Determinants

6. If m denotes the number of rows and n denotes the number of columns such that m=n, then matrix is called _______ matrix.

Null

Square

Equal

Rectangular

7 / 20

Category: Matrices and Determinants

7. A singular matrix is also called __________ matrix.

null

non-invertible

invertible

identity

8 / 20

Category: Matrices and Determinants

8. A matrix is said to _______________ matrix if its transpose is equal to negative of itself.

null

symmetric

unit

skew-symmetric

9 / 20

Category: Matrices and Determinants

9. If A = [2 3] and B= [-4 5] then A + B = ______________.

[-6 -2]

[0 0]

[3 5]

[-2 8]

10 / 20

Category: Matrices and Determinants

10. A _______ is a rectangular array of elements.

matrix

entry

order

element

11 / 20

Category: Matrices and Determinants

11. The matrices belongs to a field of mathematics, that is ___________.

trigonometry

geometry

linear algebra

arithematic

12 / 20

Category: Matrices and Determinants

12. A matrix having one row is called _______ matrix.

identity

row

column

null

13 / 20

Category: Matrices and Determinants

13. A non singular matrix is also called _____________ matrix.

invertible

identity

null

non-invertible

14 / 20

Category: Matrices and Determinants

14. _________ (1821-1895) was the first mathematician who developed the theory of matrices.

Arthur Cayley

Faraday

Ohm

Pascal

15 / 20

Category: Matrices and Determinants

15. A matrix is obtained by interchanging the rows into columns or the columns into rows, is called ________ of the matrix.

null

identity

unit

transpose

16 / 20

Category: Matrices and Determinants

16. A square matrix is said to be ___________ matrix it its transpose is equals to itself.

skew-symmetric

symmetrix

null

identity

17 / 20

Category: Matrices and Determinants

17. Two matrices are called _______ matrices, if they have same order and their corresponding elements are equal.

identity

null

scalar

equal

18 / 20

Category: Matrices and Determinants

18. A matrix having one column is called _________ matrix.

zero

row

null

column

19 / 20

Category: Matrices and Determinants

19. The order or size of a matrix is defined by the number of __________ it contains.

rows

columns

elements

rows and columns

20 / 20

Category: Matrices and Determinants

20. The ________ of a matrix is the transpose of the matrix of cofactors of that matrix.

adjoint

inverse

difference

sum

Your score is

The average score is 69%

Do your best!

Times up!

THEORY OF QUADRATIC EQUATIONS

1 / 20

Category: Theory of Quadratic Equations

1. If Δ = b^2 -4ac, of a quadratic equation with real coefficient is perfect square, the roots are ________.

imaginary

real, irrational and unequal

real and equal

real, rational and unequal

2 / 20

Category: Theory of Quadratic Equations

2. If sum of the roots of (p+1)x^2 + (2p+3)x + (3p + 4) = 0, is -1, then product of the root is _________.

3 / 20

Category: Theory of Quadratic Equations

3. The nature of the roots of ax^2 + bx + 0, a ≠ 0 is determined by _____________.

none of these

discriminant

product of the roots

sum of the roots

4 / 20

Category: Theory of Quadratic Equations

4. If sum of the roots of a quadratic equation is b/a and the product of the roots is c/a, then equation is _____________.

ax^2 + bx + c =0

ax^2 - bx + c =0

ax^2 - bx - c =0

ax^2 + bx - c =0

5 / 20

Category: Theory of Quadratic Equations

5. The area of a rectangular plot is 320m^2. The width of the plot is less 4m than the length of the plot. The length and width of the plot are _______.

35,31

22,18

12,8

20,16

6 / 20

Category: Theory of Quadratic Equations

6. The solution of the system of equations x^2 + y^2 = 4 and 2x^2 - y^2 = 8 is __________.

{(-2,0), (2,0)}

{(2,-1),(1,-2)}

{(2,2),(-2,0)}

{(1,0),(-1,0)}

7 / 20

Category: Theory of Quadratic Equations

7. The quadratic equation equation whose roots are complex cube roots.

x^2 + x -1 = 0

x^2 - x -1 =0

x^2 - x + 1 = 0

x^2 + x + 1 = 0

8 / 20

Category: Theory of Quadratic Equations

8. If p, q are the roots of 2x^2 + 5x + 3 = 0, then p + q = ___________.

3/5

5/3

5/2

- 5/2

9 / 20

Category: Theory of Quadratic Equations

9. For what value of p will 3x^2 + 5x + p = 0 have equal roots?

P greater than 25/12

p = 25/12

p less than -25/12

10 / 20

Category: Theory of Quadratic Equations

10. If 1/α , 1/β are the roots of the ax^2 + bx + c =0, a ≠ 0, then α +β = ______________.

-c/a

-b/c

- b/a

b/c

11 / 20

Category: Theory of Quadratic Equations

11. The solution of system of equations 3x -2y=7 and xy = 20 is _______.

{(-5,-4)}

{(-5,4)}

{(5,-4)}

{(5,4)}

12 / 20

Category: Theory of Quadratic Equations

12. The required equation whose roots are the reciprocal of the root of ax^2 + bx + c =0 is ____________.

ax^2 +bx +c =0

cx^2 +ax + b =0

cx^2 -bx -a =0

cx^2 + bx +a =0

13 / 20

Category: Theory of Quadratic Equations

13. If one root of quadratic equation is 2 + √ 3, then other root will be ________.

-2 - √3

-2 + √3

2 - √3

14 / 20

Category: Theory of Quadratic Equations

14. The cube root of -27 are __________.

3, 3ω, -3ω^2

-3, -3ω, -3ω^2

3, -3ω, 3ω^2

3, 3ω, 3ω^2

15 / 20

Category: Theory of Quadratic Equations

15. The discriminant of 2x^2 + 5x -4 = 0 is ______________.

16 / 20

Category: Theory of Quadratic Equations

16. The cube roots of unity are _____________.

-1, -ω, ω^2

1, ω, -ω^2

-1, ω, ω^2

1, ω, ω^2

17 / 20

Category: Theory of Quadratic Equations

17. If α,β are the roots of x^2 -2x -15 =0, then the value of α^2 + β^2 = __________.

-34

-26

18 / 20

Category: Theory of Quadratic Equations

18. A polynomial of second degree is called __________ equation.

Linear

Quadratic

Cubic

None of these

19 / 20

Category: Theory of Quadratic Equations

19. If α,β are the roots of the equation x^2 -5x + 6 =0, the equation whose roots are 2α + 1, 2β + 1 is ______________.

6x^2 - 5x + 1 =0

x^2 + 12x + 35 = 0

6x^2 - 35x + 25 = 0

6x^2 -13x + 6 =0

20 / 20

Category: Theory of Quadratic Equations

20. For quadratic equations, the sum of the roots = _____________.

constant term / coefficient of x^2

- coefficient of x / constant term

- coefficient of x/ coefficient of x^2

coefficient of x^2/ constant term

Your score is

The average score is 35%

Do your best!

Times up!

Mathematics

LINEAR GRAPHS AND THEIR APPLICATIONS

1 / 15

Category: Linear Graphs and their Applications

1. __________ is the vertical number line called in the Cartesian coordinate system.

origin

z-axis

x-axis

y-axis

2 / 15

Category: Linear Graphs and their Applications

2. The line y = 4 is parallel to _______.

x-axis

none

y-axis

both axis

3 / 15

Category: Linear Graphs and their Applications

3. The solution set of the line x=2 and x=-5 is ____________.

{(0,5)}

{ }

{(2,5)}

{2,5}

4 / 15

Category: Linear Graphs and their Applications

4. The Cartesian Plane is also called ________ plane.

5 / 15

Category: Linear Graphs and their Applications

5. The point (1,-2) lies in _____ quadrant.

1st

4th

3rd

2nd

6 / 15

Category: Linear Graphs and their Applications

6. The line x= -5 is parallel to ____________.

both axis

y-axis

x-axis

none

7 / 15

Category: Linear Graphs and their Applications

7. The (-3,-4) lies in the _______ quadrant.

III

8 / 15

Category: Linear Graphs and their Applications

8. An ordered pair represents the position of a point in the _________ plane.

Ordinate

Abscissa

Origin

Cartesian Plane

9 / 15

Category: Linear Graphs and their Applications

9. The point where both coordinate axes intersect is called _____________.

corner

origin

matrix

vertex

10 / 15

Category: Linear Graphs and their Applications

10. The line x = -5 has a point on x-axis is __________.

(5,0)

(-5,0)

(0,5)

(-5,5)

11 / 15

Category: Linear Graphs and their Applications

11. _________ is the horizontal number line called in the Cartesian coordinate system.

origin

y-axis

x-axis

z-axis

12 / 15

Category: Linear Graphs and their Applications

12. The two coordinate axes intersect at an angle of ________.

45 degree

270 degree

90 degree

180 degree

13 / 15

Category: Linear Graphs and their Applications

13. The coordinate axes are mutually _____________.

perpendicular

intersecting at 45 degrees

parallel

intersecting at 30 degrees

14 / 15

Category: Linear Graphs and their Applications

14. In __________ quadrant are both x and y coordinates negative.

III

15 / 15

Category: Linear Graphs and their Applications

15. In 2nd quadrant both x and y coordinates are __________.

origin

neutral

positive

negative

Your score is

The average score is 44%

Do your best!

Times Up!

Mathematics

QUADRATIC EQUATIONS

1 / 15

Category: Quadratic Equations

1. 3^x + 3^2x = 1 is called ?

Cubic equation

Exponential equation

Radical equation

Quadratic equation

2 / 15

Category: Quadratic Equations

2. An equation of the form 2x^4 -3x^3 + 7x^2 - 3x + 2 = 0 is called ?

Reciprocal equation

Radical equation

none of these

Exponential equation

3 / 15

Category: Quadratic Equations

3. Equations involving radical expression of the variable are called ?

Exponential equation

Reciprocal equation

Radical equation

none of these

4 / 15

Category: Quadratic Equations

4. Solution of 3^x = 9 is ?

5 / 15

Category: Quadratic Equations

5. A Polynomial equation in which degree of variables is two called ?

Quadratic equation

Cubic equation

Bi-quadratic equation

Linear equation

6 / 15

Category: Quadratic Equations

6. Standard foam of quadratic equation is ?

ax^2 + c = 0

ax^3 + bx^2 +c = 0

ax^2 + bx = 0

ax^2 + bx + c = 0

7 / 15

Category: Quadratic Equations

7. Degree of ax^2 + bx + c = 0 is ?

8 / 15

Category: Quadratic Equations

8. An equation of the type of 3^x + 3^x-2 + 6 =0 is ?

Radical equation

Exponential equation

Reciprocal equation

none of these

9 / 15

Category: Quadratic Equations

9. Two linear factors of x^2 - 15x + 56 are ?

(x-7) and (x-8)

(x+7) and (x+8)

(x-7) and (x+8)

(x+7) and (x+8)

10 / 15

Category: Quadratic Equations

10. Equations in which the variable occurs in exponent are called ?

none of these

Exponential equation

Reciprocal equation

Radical equation

11 / 15

Category: Quadratic Equations

11. A value obtained, for an unknown in the solution of an equation which is not a root of the equation is called ?

Extraneous root

Exponential

Radical

none of these

12 / 15

Category: Quadratic Equations

12. Solution set of x^2 + 10x +24 = 0 is ?

{-6, -4}

{6, 4}

{-6, 4}

{6, -4}

13 / 15

Category: Quadratic Equations

13. The solution set of equation 4x^2 - 16 =0

none of these

{4}

{2, -2}

{-4,4}

14 / 15

Category: Quadratic Equations

14. Polynomial equation, which remains unchanged when x is replaced by 1/x is called ?

none of these

Reciprocal equation

Radical equation

Exponential equation

15 / 15

Category: Quadratic Equations

15. How many maximum roots of Quadratic Equation are?

Your score is

The average score is 100%

Do your best!

Times up!

Mathematics

CONGRUENT TRIANGLES

1 / 15

Category: Congruent Triangles

1. Sameness of size and shape in the mathematics called ____________.

Equilateral

Isosceles

Scalene

Congurence

2 / 15

Category: Congruent Triangles

2. The Sum of the measures of acute angle of a right triangle is _____

360 °

90 °

180 °

0 °

3 / 15

Category: Congruent Triangles

3. In an isosceles triangle, the base angle are_____.

different

unique

none of these

congurent

4 / 15

Category: Congruent Triangles

4. The sum of the measures of all angles in a triangle is ________.

360 °

270 °

90 °

180 °

5 / 15

Category: Congruent Triangles

5. Which of the following is not sufficient condition for congurence of two triangles?

A.S.A ≅A.S.A

H.S.H ≅H.S.H

A.A.A ≅A.A.A

S.S.S ≅S.S.S

6 / 15

Category: Congruent Triangles

6. If Δ ABC ≅ Δ DEF , m ∠F is equals to ____.

30 °

90 °

60 °

20 °

7 / 15

Category: Congruent Triangles

7. In a right angled triangle , side opposite to right angle is called _______.

Perpendicular

Base

none of these

Hypotenuse

8 / 15

Category: Congruent Triangles

8. In Δ ABC ↔ Δ DEF, then side AC corresponds to _______

9 / 15

Category: Congruent Triangles

9. How many acute angles are there in an acute angled triangle?

not more than 2

10 / 15

Category: Congruent Triangles

10. The sum of measures of all angles in a quadrilateral is ________.

0 °

360 °

180 °

90 °

11 / 15

Category: Congruent Triangles

11. If the measure of each of the angles of a triangle is 60 ° , then the triangle is ____

Scalene

Equilateral

Isosceles

Right angled

12 / 15

Category: Congruent Triangles

12. In an equilateral triangle. angles are of the _________ measurement.

less

different

same

13 / 15

Category: Congruent Triangles

13. In Δ ABC , if <A ≅ <B, then the bisector of ______ angle divides the triangle into congruent triangles.

none of these

Angle C

Angle A

Angle B

14 / 15

Category: Congruent Triangles

14. In Δ KLM ↔ Δ PQR , then < MKL corresponds to _____

Angle KLM

Angle PQR

Angle RPQ

Angle PKL

15 / 15

Category: Congruent Triangles

15. The diagonal of _____ does not divide it into two congruent triangles.

Parallelogram

Rectangle

Trapezium

Square

Your score is

The average score is 90%

Do your Best!

Times Up!

Mathematics

PARALLELOGRAM AND TRIANGLES

1 / 15

Category: Parallelograms and Triangles

1. Sum of the measures of interior angles of a quadrilateral is equal to _____.

a) 90 °

b) 360 °

c) 180 °

2 / 15

Category: Parallelograms and Triangles

2. In a parallelogram, opposite sides are ______.

a) Intersect

b) Congurent

c) Corresponding

3 / 15

Category: Parallelograms and Triangles

3. Measure of a line segment joining the mid points of AB and AC of △ ABC is 3.5 cm , then m BC = ?

a) 4.5 cm

b) 6 cm

c) 7cm

4 / 15

Category: Parallelograms and Triangles

4. Diagonals of a square are _____ to each other.

a) Congruent

b) Perpendicular

c) Both

5 / 15

Category: Parallelograms and Triangles

5. In a triangle, medians are _________.

a) Bisect

b) Congruent

c) Intersect

6 / 15

Category: Parallelograms and Triangles

6. In a parallelogram, opposite angles are ___________.

a) Parallel

b) Congruent

c) intersect

7 / 15

Category: Parallelograms and Triangles

7. A point on median of a triangle is ______.

a) Eduidistant from the mid points of its sides

b) Equidistant from its altitudes

c) Equidistant from its vertices

8 / 15

Category: Parallelograms and Triangles

8. In a parallelogram, corresponding angles are ________.

a) Parallel

b) Congruent

c) Equal

9 / 15

Category: Parallelograms and Triangles

9. Centroid is the common point of intersection of _____.

a) Medians of a triangle

b) Angle bisectors of a triangle

c) Diagonals of a parallelogram

10 / 15

Category: Parallelograms and Triangles

10. In a parallelogram, the diagonals are _______ each other.

a) Intersect

b) Equal

c) Bisect

11 / 15

Category: Parallelograms and Triangles

11. Sum of the measures of interior angles of a quadrilateral is _______.

a) 2 right angles

b) 3 right angles

c) 4 right angles

12 / 15

Category: Parallelograms and Triangles

12. If the sum of the measures of angle A and angle C of a parallelogram ABCD is 130° , then measurement of angle B = ?

a) 50°

b) 65°

c) 25°

13 / 15

Category: Parallelograms and Triangles

13. The medians of a triangle are _______.

a) Concurrent

b) Equal

c) Intersect

14 / 15

Category: Parallelograms and Triangles

14. If opposite angles of a quadrilateral are equal in measures and none of them is a right angle ,then the quadrilateral is a

a) Rectangle

b) Square

c) Parallelogram

15 / 15

Category: Parallelograms and Triangles

15. Two medians AD and BE of △ ABC intersect each other at G. If m GD = 1.7 cm, then m AG = ?

a) 3.4cm

b) 2.7cm

c) 8.85cm

Your score is

The average score is 0%

Do Your Best!

Times Up!

Mathematics

LINE BISECTORS AND ANGLE BISECTORS

1 / 10

Category: Line Bisectors and Angles Bisectors

1. Any point equidistant from the end points of a line segment is on the ______ of it.

Perpendicular

Centre

Right Bisector

Mid Point

2 / 10

Category: Line Bisectors and Angles Bisectors

2. The bisector of the angles of a triangle are ________.

Concurrent

Do not intersect

Unequal

Collinear

3 / 10

Category: Line Bisectors and Angles Bisectors

3. __________ cuts the line segment into two equal parts at 90°.

Altitude

Median

Angle bisector

Right bisector

4 / 10

Category: Line Bisectors and Angles Bisectors

4. There are _______ acute angles in an acute angled triangle.

Three

One

Two

None

5 / 10

Category: Line Bisectors and Angles Bisectors

5. The bisector of angles of a triangle are __________.

none of these

different

concurrent

congruent

6 / 10

Category: Line Bisectors and Angles Bisectors

6. Any point on the bisector of an angle is equidistant from its _______.

corners

vertex

angles

arms

7 / 10

Category: Line Bisectors and Angles Bisectors

7. ________ of the sides of an acute angled triangle intersect each other inside the triangle.

Perpendicular

Acute

The Right Bisector

Obtuse

8 / 10

Category: Line Bisectors and Angles Bisectors

8. A line, ray or segment is called bisector which cuts another line segment into _______ equal parts.

four

none of these

two

three

9 / 10

Category: Line Bisectors and Angles Bisectors

9. _________ of a triangle is a line segment joining the midpoint of side to the opposite vertex.

Median

Altitude

Right bisector

Angle bisector

10 / 10

Category: Line Bisectors and Angles Bisectors

10. A right bisector of line segment can be defined as a line which bisects a line segment at _________ degrees.

180°

90°

0°

360°

Your score is

The average score is 0%

Frequently Asked Questions (FAQs):

Q1: What types of Mathematics Quizzes do you offer?

Ans: Explore a diverse range of Mathematics Quizzes encompassing topics from basic arithmetic to advanced algebra.

Q2: Are the quizzes suitable for all age groups?

Ans: Certainly! Our quizzes are thoughtfully designed to cater to learners of all ages, from beginners to advanced students.

Q3: How can I access the Math Quizzes on your platform?

Ans: Accessing our Math Quizzes is a breeze; simply navigate to our website and initiate your exploration of the interactive quizzes.

Q4: Can I track my progress in the quizzes?

Ans: Absolutely, our platform empowers you to actively monitor your quiz performance, offering valuable insights into your strengths and areas for improvement.

Q5: Are the quizzes designed for individual or group learning?

Ans: Our quizzes boast versatility, catering to both individual learners pursuing self-paced study and educators facilitating group learning.