Check the below Online Education NCERT MCQ Questions for Class 6 Maths Chapter 11 Algebra with Answers Pdf free download. MCQ Questions for Class 6 Maths with Answers were prepared based on the latest exam pattern. We have provided Algebra Class 6 Maths MCQs Questions with Answers to help students understand the concept very well.

Students can also refer to NCERT Solutions for Class 6 Maths Chapter 11 Algebra for better exam preparation and score more marks.

## Online Education for Algebra Class 6 MCQs Questions with Answers

Algebra Class 6 MCQ Question 1.
The rule, which gives the number of matchsticks required to make the matchstick pattern L, is
(a) 2 n
(b) 3 n
(c) 4 n
(d) 5 n.

MCQ On Algebra For Class 6 Question 2.
The rule, which gives the number of matchsticks required to make the matchstick pattern C, is
(a) 2 n
(b) 3 n
(c) 4 n
(d) 5 n.

Algebra MCQ For Class 6 Question 3.
The rule, which gives the number of matchsticks required to make the matchstick pattern F, is
(a) 2 n
(b) 3 n
(c) 4 n
(d) 5 n.

MCQ On Algebraic Expressions For Class 6 Question 4.
The rule, which gives the number of matchsticks required to make the matchstick pattern U, is
(a) 2 n
(b) 3 n
(c) 4 n
(d) 5 n.

Class 6 Algebra MCQ Question 5.
The rule, which gives the number of matchsticks required to make the matchstick pattern V, is
(a) 2 n
(b) 3 n
(c) 4 n
(d) 5 n.

Class 6 Maths Chapter 11 MCQ Question 6.
The rule, which gives the number of matchsticks required to make the matchstick pattern A, is
(a) 2 n
(b) 3 n
(c) 4 n
(d) 5 n.

MCQ Questions For Class 6 Maths Chapter 11 Question 7.
The rule, which gives the number of matchsticks required to make the matchstick pattern [], is
(a) 2 n
(b) 3 n
(c) 4 n
(d) 5 n

Class 6 Maths Algebra MCQ Question 8.
The rule, which gives the number of matchsticks required to make the matchstick pattern ≅, is
(a) 2 n
(b) 3 n
(c) 4 n
(d) 5 n.

MCQ Of Algebra For Class 6 Question 9.
The rule, which gives the number of matchsticks required to make the matchstick pattern E. is
(a) 2 n
(b) 3 n
(c) 4 n
(d) 5 n.

Algebra MCQ Class 6 Question 10.
The rule, which gives the number of matchsticks required to make the matchstick pattern A, is
(a) 3 n
(b) An
(c) 5 n
(d) 6 n.

MCQ For Class 6 Maths Algebra Question 11.
The rule, which gives the number of matchsticks required to make the matchstick pattern A, is
(a) 3 n
(b) 4 n
(c) 5 n
(d) 6 n.

Algebra Questions For Class 6 MCQ Question 12.
The rule, which gives the number of matchsticks required to make the matchstick pattern S, is
(a) 3 l
(b) 4 n
(c) 5 n
(d) 6 n.

Ncert Class 6 Maths Chapter 11 MCQ Question 13.
The side of a square is l. Its perimeter is
(a) 3l
(b) 2l
(c) 4l
(d) 6l

MCQ Questions On Algebra For Class 6 Question 14.
14. The side of an equilateral triangle is l. Its perimeter is
(a) l
(b) 2l
(c) 3l
(d) 6l.

MCQ Questions For Class 6 Maths Algebra Question 15.
The side of a regular pentagon is l. Its perimeter is
(a) 3l
(b) 6l
(c) 4l
(d) 5l

Question 16.
The side of a regular hexagon is l. Its perimeter is
(a) l
(b) 2l
(c) 3l
(d) 6l.

Question 17.
The length of an edge of a cube is l. The total length of its edges is
(a) 3l
(b) 4l
(c) 6l
(d) 12l.

Question 18.
The radius of a circle is r. Its diameter is
(a) 2r
(b) 4r
(c) 3r
(d) 6r.

Question 19.
Which of the following is an expression with numbers only?
(a) x + 1
(b) 2x
(c) 1 – x
(d) 3.

Question 20.
Which of the following is an expression with numbers only?
(a) 2(4 – 3) + 5 × 6
(b) 2 × 3 – 4x
(c) 4 × 5 – 10 × 2 – 25 + x
(d) $$\frac { x }{ 8 }$$

Question 21.
Which of the following is not an expression with numbers only?
(a) 2 × (3 + 4)
(b) (2 + 3) × 4
(c) 2 × 3 + 4 × 5
(d) 2x + 1.

Question 22.
The expression for ‘1 added top’ is
(a) P + 1
(b) p – 1
(c) 1 – p
(d) – 1 – P

Question 23.
The expression for ‘ 1 subtracted from p’ is
(a) p – 1
(b) p + 1
(c) 1 – p
(d) – 1 – p.

Question 24.
The expression for ‘p multiplied by 2’ is
(a) p + 2
(b) P – 2
(c) $$\frac { p }{ 2 }$$
(d) 2p

Question 25.
The expression for ‘p divided by 2’ is
(a) $$\frac { p }{ 2 }$$
(b) 2p
(c) P + 2
(d) p – 2.

Question 26.
The expression for ‘ 1 subtracted from -p’ is
(a) -P-1
(b) p – 1
(c) 1 – p
(d) 1 + p.

Question 27.
The expression for ‘ 1 added to -p’ is
(a) – p + 1
(b) – p – 1
(c) p + 1
(d) p – 1.

Question 28.
The expression for ‘p multiplied by – 2’ is
(a) -2p
(b) – $$\frac { p }{ 2 }$$
(c) p – 2
(d) – p – 2.

Question 29.
The expression for ‘ -p multiplied by 2’ is
(a) -2p
(b) – $$\frac { p }{ 2 }$$
(c) p – 2
(d) – p – 2.

Question 30.
The expression for’ -p divided by 2’ is
(a) – $$\frac { p }{ 2 }$$
(b) -2p
(c) -p + 2
(d) – p – 2.

Question 31.
The expression for ‘ 1 added to 2p’ is
(a) 2p + 1
(b) 2p – 1
(c) 1 – 2p
(d) – 1 – 2p.

Question 32.
The expression for ‘ 1 subtracted from 2p’ is
(a) 2p – 1
(b) 2p + 1
(c) 1 – 2p
(d) -2p -1.

Question 33.
The expression for added’ is ‘ 2 times x to which 1 is
(a) 2x + 1
(b) x + 2
(c) 1 – 2x
(d) 2x – 1.

Question 34.
The expression for ‘2 times x from which 1 is subtracted’ is
(a) 2x – 1
(b) 2x + 1
(c) x – 2
(d) x + 2.

Question 35.
The expression for ‘x is divided by 2 and the result is added to 1’ is
(a) 1 + $$\frac { x }{ 2 }$$
(b) 1 – $$\frac { x }{ 2 }$$
(c) 2 + x
(d) 2 – x.

Question 36.
The expression for ‘x is divided by – 2 and the result is added to 1’ is
(a) 1 – $$\frac { x }{ 2 }$$
(b) 1 + $$\frac { x }{ 2 }$$
(c) $$\frac { x }{ 2 }$$ – 1
(d) – 1 – $$\frac { x }{ 2 }$$

Question 37.
If Apala’s present age is x years, what will be her age in years after 20 years from now?
(a) x + 20
(b) x – 20
(c) $$\frac { x }{ 20 }$$
(d) 20x.

Question 38.
If Meenu’s present age is x years, what was her age in years, 10 years back?
(a) x – 10
(b) 10 – x
(c) – x – 10
(d) 10x.

Question 39.
If the age of Hari Kishan is two times the age of Manish (which is x years), then the age of Hari Kishan, in years, is
(a) $$\frac { x }{ 2 }$$
(b) 2x
(c) x + 2
(d) x – 2.

Question 40.
The salary of Hari Kishan is two times the salary of Manish (which in Rs. x), then the salary of Hari Kishan, in rupees, is
(a) 2x
(b) $$\frac { x }{ 2 }$$
(c) x + 2
(d) x – 2.

Question 41.
Which of the following is an equation in a variable?
(a) $$\frac { 10 }{ 2 }$$ = 5
(b) 2 × 3 + 2 × 1 = 8
(c) 2 × 4 = 8
(d) 3p = 12.

Question 42.
Which of the following is an equation in a variable?
(a) 2 < 10
(b) 3 > 12
(c) x – 1 =0
(d) 2 + 3 = 3 + 2.

Question 43.
Solve: p + 1 = 2
(a) 1
(b) 2
(c) -1
(d) -2.

Hint:
p + 1 = 2 ⇒ p = 2 – 1 = 1

Question 44.
Solve : m – 2 = 3
(a) 2
(b) 3
(c) 5
(d) 1.

Hint:
m – 2 = 3 ⇒ m = 3 + 2 = 5

Question 45.
Solve: $$\frac { y }{ 3 }$$ = 5
(a) 3
(b) 5
(c) 2
(d) 15.

Hint:
$$\frac { y }{ 3 }$$ = 5 ⇒ y = 5 × 3 = 15

Question 46.
Solve: 3z = 9
(a) 1
(b) 2
(c) 3
(d) 4.

Hint:
3z = 9 ⇒ z = $$\frac { 9 }{ 3 }$$ = 3

Question 47.
Solve: $$\frac { 1 }{ 2 }$$ + 5 = 7
(a) 1
(b) 2
(c) 3
(d) 4.

Hint:
$$\frac { 1 }{ 2 }$$ + 5 = 7
⇒ $$\frac { 1 }{ 2 }$$ = 7 – 5 = 2 ⇒ l = 2 × 2 = 4

Question 48.
Solve: 7u = 21
(a) 1
(b) 2
(c) 3
(d) 4.

Hint:
7u = 21 ⇒ u = $$\frac { 21 }{ 7 }$$ = 3

Question 49.
Solve: k – 3 = 3
(a) 3
(b) -3
(c) 0
(d) 6.

Hint:
k – 3 = 3 ⇒ k = 3 + 3 = 6

Question 50.
Solve: r + 5 = 5
(a) 0
(b) 1
(c) 5
(d) -5