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Selina solutions for Concise Mathematics [English] Class 7 ICSE chapter 11 - Fundamental Concepts (Including Fundamental Operations) [Latest edition]

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Selina solutions for Concise Mathematics [English] Class 7 ICSE chapter 11 - Fundamental Concepts (Including Fundamental Operations) - Shaalaa.com
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Solutions for Chapter 11: Fundamental Concepts (Including Fundamental Operations)

Below listed, you can find solutions for Chapter 11 of CISCE Selina for Concise Mathematics [English] Class 7 ICSE.


Exercise 11 (A)Exercise 11 (B)Exercise 11 (C)Exercise 11 (D)Exercise 11 (E)Exercise 11 (F)
Exercise 11 (A)

Selina solutions for Concise Mathematics [English] Class 7 ICSE 11 Fundamental Concepts (Including Fundamental Operations) Exercise 11 (A)

1

Separate constant terms and variable terms from tile following:

8, x, 6xy, 6 + x, - 5xy2 , 15az2 , `(32"z")/"xy", "y"^2/"3x"`

2.1

For the expression, given below, state whether it is a monomial, binomial or trinomial:

2x ÷ 15

2.2

Constant is only 8 other is variable ax + 9

2.3

Constant is only 8 other is variable 3x2 × 5x

2.4

Constant is only 8 other is variable 5 + 2a - 3b

2.5

Constant is only 8 other is variable 2y –`7/3` z ÷ x

2.6

Constant is only 8 other is variable 3p x q ÷ z

2.7

Constant is only 8 other is variable 12z ÷ 5x + 4

2.8

Constant is only 8 other is variable 12 – 5 z – 4

2.9

Constant is only 8 other is variable a3 – 3ab2 x c 

3.1

Write the coefficient of: xy in – 3axy

3.2

Write the coefficient of: z2 in p2yz 

3.3

Write the coefficient of: mn in -mn

3.4

Write the coefficient of: 15 in – 15p2 

4.1

For the following monomials, write its degree: 7y

4.2

For the following monomials, write its degree: – x2

4.3

For the following monomials, write its degree: xy2

4.4

For the following monomials, write its degree: – 9y2z3 

4.5

For the following monomials, write its degree: 3m3n4 

4.6

For the following monomials, write its degree: – 2p2q3r4 

5.1

Write the degree of the following polynomial:

3y3 − x2y2 + 4x

5.2

Write the degree of the following polynomial: p3q2 – 6p2q5 + p4q4 

5.3

Write the degree of the following polynomial: – 8mn6+ 5m3

5.4

Write the degree of the following polynomial: 7 – 3x2y + y2 

5.5

Write the degree of the following polynomial: 3x – 15

5.6

Write the degree of the following polynomial: 2y2z + 9yz3 

6.1

Group the like term together: 9x2, xy, – 3x2, x2 and – 2xy

6.2

Group the like term together: ab, – a2b, – 3ab, 5a2b and – 8a2

6.3

Group the like term together: 7p, 8pq, – 5pq – 2p and 3p

7.1

Write numerical co-efficient of the following: y

7.2

Write numerical co-efficient of the following: - y

7.3

Write numerical co-efficient of the following: 2 x2y

7.4

Write numerical co-efficient of the following: – 8xy3 

7.5

Write numerical co-efficient of the following: 3py2 

7.6

Write numerical co-efficient of the following: – 9a2b3 

8.1

In -5x3y2z4 ; write the coefficient of: z2 Also, write the degree of the given algebraic expression.

8.2

In -5x3y2z4 ; write the coefficient of y2 Also, write the degree of the given algebraic expression. 

8.3

In -5x3y2z4 ; write the coefficient of yz2. Also, write the degree of the given algebraic expression. 

8.4

In -5x3y2z4 ; write the coefficient of x3y.  Also, write the degree of the given algebraic expression. 

8.5

In -5x3y2z4 ; write the coefficient of -xy2.  Also, write the degree of the given algebraic expression.

8.6

In -5x3y2z4 ; write the coefficient of -5xy2z. Also, write the degree of the given algebraic expression.

Exercise 11 (B)

Selina solutions for Concise Mathematics [English] Class 7 ICSE 11 Fundamental Concepts (Including Fundamental Operations) Exercise 11 (B)

1.01

Fill in the blank:

8x + 5x = ________

1.02

Fill in the blank:

8x - 5x = ________

1.03

Fill in the blank:

6xy2 + 9xy2 = _____. 

1.04

Fill in the blank:

6xy2 – 9xy2 = ______

1.05

Fill in the blank:

The sum of 8a, 6a and 5b = _______.

1.06

Fill in the blank:

The addition of 5, 7xy, 6 and 3xy = _____

1.07

Fill in the blank:

4a + 3b – 7a + 4b = _____

1.08

Fill in the blank:

- 15x + 13x + 8 = ______

1.09

Fill in the blank:

6x2y + 13xy2 – 4x2y + 2xy2 = _______ 

1.1

Fill in the blank:

16x2 – 9x2 = and 25xy2 – 17xy2 = _______.

2.1

Add : - 9x, 3x and 4x

2.2

Add : 23y2 , 8y2 and – 12y2 

2.3

Add : 18pq – 15pq and 3pq

3.1

Simplify : 3m + 12m – 5m

3.2

Simplify: 7n2 – 9n2 + 3n2 

3.3

Simplify: 25zy—8zy—6zy

3.4

Simplify: -5ax2 + 7ax2 – 12ax2 

3.5

Simplify: – 16am + 4mx + 4am – 15mx + 5am

4.1

Add : a + b and 2a + 3b

4.2

Add : 2x + y and 3x – 4y

4.3

Add : - 3a + 2b and 3a + b

4.4

Add : 4 + x, 5 – 2x and 6x

5.01

Find the sum of: 3x + 8y + 7z, 6y + 4z- 2x and 3y – 4x + 6z

5.02

Find the sum of: 3a + 5b + 2c, 2a + 3b-c and a + b + c.

5.03

Find the sum of: 4x2+ 8xy – 2y2 and 8xy – 5y2 + x2 

5.04

Find the sum of: 9x2 – 6x + 7, 5 – 4x and 6 – 3x2 

5.05

Find the sum of: 5x2 – 2xy + 3y2 and – 2x2 + 5xy + 9y2 and 3x2 -xy- 4y2 

5.06

Find the sum of: a2 + b2 + 2ab, 2b2 + c2 + 2bc and 4c2 -a2 + 2ac 

5.07

Find the sum of:

9ax – 6bx + 8, 4ax + 8bx – 7 and – 6ax – 4bx – 3

5.08

Find the sum of: abc + 2ba + 3ac + 4ca – 4ab + 2bca + 2ab – 3abc – 6ac

5.09

Find the sum of: 4a2 + 5b2 – 6ab, 3ab, 6a2 – 2b2 and 4b2 – 5 ab 

5.1

Find the sum of: x2 + x – 2, 2x – 3x2 + 5 and 2x2 – 5x + 7

5.11

Find the sum of: 4x3 + 2x2 – x + 1, 2x3 – 5x2 – 3x + 6, x2 + 8 and 5x3 – 7x 

6.1

Find the sum of: x and 3y

6.2

Find the sum of: -2a and +5

6.3

Find the sum of: – 4x2 and +7x

6.4

Find the sum of: + 4a and -7b

6.5

Find the sum of: x3+3x2y and 2y2 

6.6

Find the sum of: 11 and -by

7

The sides of a triangle are 2x + 3y, x + 5y and 7x – 2y, find its perimeter.

8

The two adjacent sides of a rectangle are 6a + 96 and 8a- 46. Find its, perimeter.

9.01

Subtract the second expression from the first:

2a + b, a + b

9.02

Subtract the second expression from the first:

−2b + 2c, b + 3c

9.03

Subtract the second expression from the first:

5a + b, - 6b + 2a

9.04

Subtract the second expression from the first:

a3 - 1 + a, 3a - 2a

9.05

Subtract the second expression from the first:

p + 2, 1

9.06

Subtract the second expression from the first:

x + 2y + z, - x - y - 3z

9.07

Subtract the second expression from the first:

3a2 - 8ab - 2b2 , 3a2 - 4ab + 6b2 

9.08

Subtract the second expression from the first:

4pq - 6p2 - 2q2 , 9p2 

9.09

Subtract the second expression from the first:

10abc, 2a2 + 2abc - 4b2 

9.1

Subtract the second expression from the first:

a2 + ab + c2, a2 - d2 

10.01

Subtract: 4x from 8 - x

10.02

Subtract: - 8c from c + 3d

10.03

Subtract: - 5a - 2b from b + 6c

10.04

Subtract: 4p + p2 from 3p2 - 8p 

10.05

Subtract: 5a - 3b + 2c from 4a - b - 2c

10.06

Subtract: −xy + yz − zx from xy − yz + xz

10.07

Subtract: 2x2 - 7xy - y2 from 3x2 - 5xy + 3y2 

10.08

Subtract: a2 - 3ab - 6b2 from 2b2 - a2 + 2ab

10.09

Subtract: 4x2 - 5x2y + y2 from - 3y2 + 5xy2 - 7x2 - 9x2

10.1

Subtract: 6m3 + 4m2 + 7m - 3 from 3m3 + 4 

11

Subtract – 5a2 – 3a + 1 from the sum of 4a2 + 3 – 8a and 9a – 7. 

12

By how much does 8x3 – 6x2 + 9x – 10 exceed 4x3 + 2x2 + 7x -3? 

13

What must be added to 2a3 + 5a – a2 – 6 to get a2 – a – a3 + 1?

14

What must be subtracted from a2 + b2 + lab to get – 4ab + 2b2

15

Find the excess of 4m2 + 4n2 + 4p2 over m2+ 3n2 – 5p

16

By how much is 3x3 – 2x2y + xy2 -y3 less than 4x3 – 3x2y – 7xy2 +2y3 

17

Subtract the sum of 3a2 – 2a + 5 and a2 – 5a – 7 from the sum of 5a2 -9a + 3 and 2a – a2 – 1 

18

The perimeter of a rectangle is 28x3+ 16x2 + 8x + 4. One of its sides is 8x2 + 4x. Find the other side 

19

The perimeter of a triangle is 14a2 + 20a + 13. Two of its sides are 3a2 + 5a + 1 and a2 + 10a – 6. Find its third side. 

20.1

If x = 4a2 + b2 - 6ab; y = 3b2 - 2a2 + 8ab and z = 6a2 + 8b2 - 6ab find: x + y + z

20.2

If x = 4a2 + b2 - 6ab; y = 3b2 - 2a2 + 8ab and z = 6a2 + 8b2 - 6ab find: x - y - z

21.1

If m = 9x2 - 4xy + 5y2 and n = - 3x2 + 2xy - y2 find: 2m - n

21.2

If m = 9x2 - 4xy + 5y2 and n = - 3x2 + 2xy - y2 find: m + 2n

21.3

If m = 9x2 - 4xy + 5y2 and n = - 3x2 + 2xy - y2 find: m - 3n

22.01

Simplify: 3x + 5(2x + 6) - 7x

22.02

Simplify: 3(4y - 10)  2(y - 1)

22.03

Simplify: - (7 + 6x) - 7(x + 2)

22.04

Simplify: x - (x - y) - y - (y - x)

22.05

Simplify: 4x + 7y - (5y - 8) - 2x

22.06

Simplify: - 2m + 5 + 4(m - 3)

22.07

Simplify: 2x - y + 5 - (x - y)

22.08

Simplify: 2(x - y) - (x - 8)

22.09

Simplify: 4(3x - 8) - 3(5x + 3) - 2(6x - 8)

22.1

Simplify: 5(x − 4) − 3(x − 4) + 7(x − 4)

Exercise 11 (C)

Selina solutions for Concise Mathematics [English] Class 7 ICSE 11 Fundamental Concepts (Including Fundamental Operations) Exercise 11 (C)

1.1

Multiply: 3x, 5x2y and 2y 

1.2

Multiply: 5, 3a and 2ab2 

1.3

Multiply: 5x + 2y and 3xy

1.4

Multiply: 6a - 5b and - 2a

1.5

Multiply: 4a + 5b and 4a - 5b

1.6

Multiply: 9xy + 2y2 and 2x - 3y 

1.7

Multiply: - 3m2n + 5mn - 4mn2 and 6m2

1.8

Multiply: 6xy2 - 7x2y2 + 10x3 and - 3x2y3 

2.1

Copy and complete the following multi-plication:

3a + 2b
× - 3xy  

2.2

Copy and complete the following multi-plication:

9x + 5y
× - 3xy   

2.3

Copy and complete the following multi-plication:

3xy - 2x2 - 6x
×     -5x2y      

2.4

Copy and complete the following multi-plication:

a + b
× a + b 

2.5

Copy and complete the following multi-plication:

ax - b
× 2ax + 2b2  

2.6

Copy and complete the following multi-plication:

2a - b + 3c
× 2a - 4b   

2.7

Copy and complete the following multi-plication:

3m2 + 6m - 2n
× 5n - 3m           

2.8

Copy and complete the following multi-plication:

6 - 3x + 2x2 
× 1 + 5x - x2  

2.9

Copy and complete the following multiplication:

4x3 − 10x2 + 6x − 8
× 3 + 2x − x2        

3.01

Evaluate: (c + 5)(c - 3)

3.02

Evaluate: (3c - 5d)(4c - 6d)

3.03

Evaluate: `(1/2 "a" + 1/2 "b") (1/2 "a" - 1/2 "b")`

3.04

Evaluate: (a2 + 2ab + b2)(a + b)

3.05

Evaluate: (3x - 1)(4x3 - 2x2 + 6x - 3) 

3.06

Evaluate: (4m - 2)(m2 + 5m - 6) 

3.07

Evaluate: (8 - 12x + 7x2 - 6x3)(5 - 2x)

3.08

Evaluate: (4x2 - 4x + 1)(2x3 - 3x2 + 2) 

3.09

Evaluate: (6p2 - 8pq + 2q2) (- 5p)

3.1

Evaluate: - 4y (15 + 12y - 8z) (x - 2y)

3.11

Evaluate: (a2 + b2 + c2 - ab - bc - ca)(a + b + c) 

4

Evaluate:

(i) (a + b)(a - b)

(ii) (a2 + b2)(a + b)(a - b); using the result of (i).

(iii) (a4 + b4)(a2 + b2)(a + b)(a - b); using the result of (ii).

5.1

Evaluate: (3x - 2y)(4x + 3y)

5.2

Evaluate: (3x - 2y)(4x + 3y) (8x - 5y)

5.3

Evaluate: (a + 5)(3a - 2)(5a + 1)

5.4

Evaluate: (a + 1)(a2 - a + 1) and (a - 1)(a2 + a + 1) 

5.5

Evaluate: (5m - 2n)(5m + 2n)(25m2 + 4n2

6.1

Multiply: mn4, m3n and 5m2n3 

6.2

Multiply: 2mnpq, 4mnpq and 5 mnpq

6.3

Multiply: pq - pm and p2

6.4

Multiply: x3 - 3y3 and 4x2y2 

6.5

Multiply: a3 - 4ab and 2a2

6.6

Multiply: x2 + 5yx - 3y2 and 2x2

7.01

Multiply: (2x + 3y)(2x + 3y)

7.02

Multiply: (2x - 3y)(2x + 3y)

7.03

Multiply: (2x + 3y)(2x - 3y)

7.04

Multiply: (2x - 3y)(2x - 3y)

7.05

Multiply: (-2x + 3y)(2x - 3y)

7.06

Multiply: (xy + 2b)(xy - 2b)

7.07

Multiply: (x - a)(x + 3b)

7.08

Multiply: (2x + 5y + 6)(3x + y - 8)

7.09

Multiply: (3x - 5y + 2)(5x - 4y - 3)

7.1

Multiply: (6x - 2y)(3x - y)

7.11

Multiply: (1 + 6x2 - 4x3)(-1 + 3x - 3x2

Exercise 11 (D)

Selina solutions for Concise Mathematics [English] Class 7 ICSE 11 Fundamental Concepts (Including Fundamental Operations) Exercise 11 (D)

1.01

Divide: - 16ab2c by 6abc

1.02

Divide: 25x2y by - 5y2 

1.03

Divide: 8x + 24 by 4

1.04

Divide: 4a2 - a by - a 

1.05

Divide: 8m - 16 by - 8

1.06

Divide: - 50 + 40p by 10p

1.07

Divide: 4x3 - 2x2 by - x 

1.08

Divide: 10a3 - 15a2b by - 5a2 

1.09

Divide: 12x3y - 8x2y2 + 4x2y3 by 4xy 

1.1

Divide: 9a4b - 15a3b2 + 12a2b3 by - 3a2

2.01

Divide:

n2 − 2n + 1 by n − 1 

2.02

Divide: m2 − 2mn + n2 by m − n

2.03

Divide: 4a2 + 4a + 1 by 2a + 1

2.04

Divide: p2 + 4p + 4 by p + 2

2.05

Divide: x2 + 4xy + 4y2 by x + 2y 

2.06

Divide: 2a2 - 11a + 12 by a - 4 

2.07

Divide: 6x2 + 5x - 6 by 2x + 3

2.08

Divide: 8a2 + 4a - 60 by 2a - 5 

2.09

Divide: 9x2 - 24xy + 16y2 by 3x- 4y 

2.1

Divide: 15x2 + 31xy + 14y2 by 5x + 7y 

2.11

Divide: 35a3 + 3a2b - 2ab2 by 5a - b 

2.12

Divide: 6x3 + 5x2 − 21x + 10 by 3x − 2 

3

The area of a rectangle is 6x2 – 4xy – 10y2 square unit and its length is 2x + 2y unit. Find its breadth.

4

The area of a rectangular field is 25x2 + 20xy + 3y2 square unit. If its length is 5x + 3y unit, find its breadth, Hence find its perimeter.

5.1

Divide: 2m3n5 by - mn 

5.2

Divide: 5x2 - 3x by x

5.3

Divide: 10x3y - 9xy2 - 4x2y2 by xy 

5.4

Divide: 3y3 - 9ay2 - 6ab2y by -3y 

5.5

Divide: x5 - 15x4 - 10x2 by -5x2 

5.6

Divide: 12a2 + ax - 6x2 by 3a - 2x 

5.7

Divide: 6x2 - xy - 35y2 by 2x - 5y 

5.8

Divide: x3 − 6x2 + 11x − 6 by x2 − 4x + 3 

5.9

Divide: m3 − 4m2 + m + 6 by m2 − m − 2 

Exercise 11 (E)

Selina solutions for Concise Mathematics [English] Class 7 ICSE 11 Fundamental Concepts (Including Fundamental Operations) Exercise 11 (E)

1

Simplify: `"x"/2+"x"/4`

2

Simplify: `"a"/10+"2a"/5`

3

Simplify: `"y"/4 +"3y"/5`

4

Simplify: `"x"/2 -"x"/8`

5

Simplify: `"3y"/4 -"y"/5`

6

Simplify: `"2p"/3 -"3p"/5`

7

Simplify: `"k"/2 + "k"/3 + "2k"/5`

8

Simplify: `"2x"/5 + "3x"/4 - "3x"/5` 

9

Simplify: `"4a"/7 + "2a"/3 - "a"/7` 

10

Simplify: `"2b"/5 - "7b"/15 + "13b"/3` 

11

Simplify: `"6k"/7 - ("8k"/9 - "k"/3)`

12

Simplify: `"3a"/8 + "4a"/5 - ("a"/2 + "2a"/5)`

13

Simplify: `"x" + "x"/2 + "x"/3`

14

Simplify: `"y"/5 + "y" - "19y"/15`

15

Simplify: `"x"/5 + "x + 1"/2`

16

Simplify: `"x" + "x + 2"/3`

17

Simplify: `"3y"/5 - "y + 2"/2`

18

Simplify: `"2a + 1"/3 + "3a - 1"/2`

19

Simplify: `"k + 1"/2 + "2k - 1"/3 - "k + 3"/4`

20

Simplify: `"m"/5 - "m - 2"/3 + "m"`

21

Simplify: `(5 ("x" - 4))/3 + (2(5x - 3))/5 + (6(x - 4))/7`

22

Simplify: `("p" + "p"/3)("2p" + "p"/2)("3p" - "2p"/3)`

23

Simplify: `7/30  "of" ("p"/3 + "7p"/15)`

24

Simplify: `(2"p" + "p"/7) div ("9p"/10 + "4p")`

25

Simplify: `("5k"/8 - "3k"/5) div "k"/4`

26

Simplify: `("y"/6 + "2y"/3) div ("y" + ("2y" - 1)/3)`

Exercise 11 (F)

Selina solutions for Concise Mathematics [English] Class 7 ICSE 11 Fundamental Concepts (Including Fundamental Operations) Exercise 11 (F)

1

Enclose the given term in bracket as required:

x – y – z = x - {…….)

2

Enclose the given term in bracket as required:

x2 – xy2 – 2xy – y2 = x2 – (……..)

3

Enclose the given term in bracket as required:

4a – 9 + 2b – 6 = 4a – (……..)

4

Enclose the given term in bracket as required:

x2 -y2 + z2 + 3x – 2y = x2 – (……..)

5

Enclose the given term in bracket as required:

– 2a2 + 4ab – 6a2b2 + 8ab2 = – 2a (………)

6

Simplify: 2x – (x + 2y- z)

7

Simplify: p + q – (p – q) + (2p – 3q)

8

Simplify: 9x – (- 4x + 5)

9

Simplify: 6a – (- 5a – 8b) + (3a + b)

10

Simplify: (p – 2q) – (3q – r)

11

Simplify: 9a (2b – 3a + 7c)

12

Simplify: -5m (-2m + 3n – 7p)

13

Simplify: - 2x (x + y) + x2 

14

Simplify: `"b"("2b" - 1/"b") - "2b"("b" - 1/"b")`

15

Simplify: 8 (2a + 3b – c) – 10 (a + 2b + 3c)

16

Simplify: 

`a(a + 1/a) - b(b - 1/b) - c(c + 1/c)`

17

Simplify: 5 x (2x + 3y) – 2x (x – 9y)

18

Simplify: a + (b + c – d)

19

Simplify: 5 − 8x − 6 − x

20

Simplify: `2"a" +(6 - bar("a" - "b"))`

21

Simplify: 3x + [4x – (6x – 3)]

22

Simplify: 5b – {6a + (8 – b – a)}

23

Simplify: 2x-[5y- (3x -y) + x]

24

Simplify: 6a – 3 (a + b – 2)

25

Simplify: 8 [m + 2n-p – 7 (2m -n + 3p)]

26

Simplify: {9 – (4p – 6q)} – {3q – (5p – 10)}

27

Simplify: 2 [a – 3 {a + 5 {a – 2) + 7}]

28

Simplify: 5a – [6a – {9a – (10a – `bar("4a" - "3a"))}]`

29

Simplify: 9x + 5 – [4x – {3x – 2 (4x – 3)}]

30

Simplify: (x + y – z)x + (z + x – y)y – (x + y – z)z

31

Simplify: -1[a - 3{b - 4(a - b - 8) + 4a} + 10]

32

Simplify: `"p"^2 - ["x"^2 - {"x"^2 - ("q"^2 - bar("x"^2 - "q"^2)) - "2y"^2}]`

33

Simplify: `10  – {4"a" – (7 – bar ("a" - 5) - (5"a" - bar(1 + "a")))`

34

Simplify: `7"a" ["8a" - (11"a" - (12"a" - bar"6a - 5a"))]`

35

Simplify: `8"x" - ["4y" - {"4x" + ("2x" - bar"2y - 2x")}]`

36

Simplify: `"x" - ("3y" - bar"4x - 3x" + 2z - bar"5y - 7x")`

Solutions for 11: Fundamental Concepts (Including Fundamental Operations)

Exercise 11 (A)Exercise 11 (B)Exercise 11 (C)Exercise 11 (D)Exercise 11 (E)Exercise 11 (F)
Selina solutions for Concise Mathematics [English] Class 7 ICSE chapter 11 - Fundamental Concepts (Including Fundamental Operations) - Shaalaa.com

Selina solutions for Concise Mathematics [English] Class 7 ICSE chapter 11 - Fundamental Concepts (Including Fundamental Operations)

Shaalaa.com has the CISCE Mathematics Concise Mathematics [English] Class 7 ICSE CISCE solutions in a manner that help students grasp basic concepts better and faster. The detailed, step-by-step solutions will help you understand the concepts better and clarify any confusion. Selina solutions for Mathematics Concise Mathematics [English] Class 7 ICSE CISCE 11 (Fundamental Concepts (Including Fundamental Operations)) include all questions with answers and detailed explanations. This will clear students' doubts about questions and improve their application skills while preparing for board exams.

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Concepts covered in Concise Mathematics [English] Class 7 ICSE chapter 11 Fundamental Concepts (Including Fundamental Operations) are Fundamental Concepts, Performs Operations (Addition and Subtraction) on Algebraic Expressions with Integral Coefficients Only., Terms, Factors and Coefficients of Expression, Algebraic Expressions.

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