# data[].attributes.body
1 D
2 B ( PARA 2 LAST LINE)
3 D  ( PARA 1 LINE 2)
4 C ( PARA 3 LINE 3 4)
5 B
6 A ( B C PARA 3 LAST LINE
D     PARA 4 LINE 8 )
7 A

# data[].attributes.body
1.c Para 10 line 1-2
2 . b para 10 line 5
3.c

4. c para 15 line 2-4
5b
6 . a
7b para 25 b line 3-4

# data[].attributes.body
1. D
2. B ( Para 2, line 5)
3. C
4. C ( para 3, line 2,3,4)
5. B
6. A ( B and C: para 3, line 7)
7. A

# data[].attributes.body
1C
2B ( p2,l5)
3D ( p1,l2)
4A
5B
6A
7A

# data[].attributes.body
Reading Comprehension:
1.d (para 1; line 5,6)
2.b (para 2; line 5)
3.d
4.c (para 3; line 3,4)
5.b
6.a
7.a

# data[].attributes.body
Reading comprehension
1.d
2.b  P2,L5
3.d  P1, L1
4.c  P3, L2,3,4
5.b P3, L6
6.c  P3, L7
7.a P4, L4

# data[].attributes.body
1 D
2 B (pg 2-line 5 )
3 D
4 C (pg 3- line 2,3,4)
5 B
6 A  (+ the option A is not mentioned  )
+ option B and C are mentioned  in  pg 3 -line 5,6,7)
+ option D line 7,8,9 pg 4
7 A

# data[].attributes.body
Reading comprehension:
1.D
2.B(para 2, line 11)
3. D (para 1)
4. C ( para 3, line 14,15)
5. B
6. A (para 3, line 18/ para 4, line 27)
7. D

# data[].attributes.body
1. D
2. B (L.11)
3. D
4. C (L.13-15)
5. B
6. A not mention (B & C - 18; D - 26,27)
7. A

# data[].attributes.body
Reading comprehension
Multiple choice
1: D
2 : B ( para 2, line 5 )
3 : D
4 : C ( para 3 , line 4,5 )
5 : B
6 : A ( not mentioned )
7 : A

# data[].attributes.body
1.D (Para 3-line 15-16)
2.B (Para 2 - line 10-11)
3.C (Para 1 )
4.C (Para 3)
5.B
6.A
7.A

# data[].attributes.body
1. D
2.B ( line 11 )
3.D
4.C (line 14,15 )
5.D
6. choose A ( B,C line 17 ; D line 27 )
7. D

# data[].attributes.body
1. d ( para 1, line 2)
2. b ( para 2, line 11)
3. d ( para 1, line 4)
4. c ( para 3, line 15)
5. d
6. a
7.a

# data[].attributes.body
Reading comprehension
1.C (para 2 line 7,8)
2.B ( para 2 line 11)
3. D ( para1 line 1)
4.C ( para 3 line 13, 14,15)
5.B
6.A ( no information)
7.A

# data[].attributes.body
Reading comprehension
1. D (para 3; line 4,5)
2. B (para 2;  line 11)
3. D
4. C (para 3; line 13, 14, 15)
5. B
6. A
7. A (para 4; line 23, 24, 25)

# data[].attributes.body
Reading 1B
1. C
2. B ( para2, last line)
3. D
4. A ( para 3, line 2-4)
5. B
6. A ( para 3, last line_ para 4, line 7-9)
7. A

# data[].attributes.body
Reading comprehension
1.D
2.B (para 2, line 5)
3.D (para 1, line 4)
4.C (para 3, line 3-4)
5.B
6.A ( B&C para 3, line7; D para 4, line 8)
7. A

# data[].attributes.body
Reading comprehension
1 D
2 B ( Line 4,5 in Para 2 )
3 C (  Line 2,3,4 in Para 1 )
4 C ( Line 2,3, 4 in Para 3 )
5 B ( To me )
6 A  ( not mentioned )
7 A ( I think so )

# data[].attributes.body
1.C
2.B(para2,line4,5)
3.D(para1,line1,2)
4.C(Para3,line2,3,4,5)
5.B
6.A(Para3,line7,para4)
7.A(Para4, line10,11)

# data[].attributes.body
1.D( para 1, line 1 )
2.B( para 2, line 5 )
3.D
4.C( para 3, line 2,3 )
5.B
6.A
7.A

# data[].attributes.body
1D
2B ( Para2-Line5)
3D
4C ( Para3-Line3)
5B
6A
7B

# data[].attributes.body
1.d
2.b(P2-line 5)
3.d
4.c(P3-line 2,3,4)
5.b
6.a
7.a

# data[].attributes.body
1.d ( para:1, line:1,2)
2.b ( para:2, line:4,5)
3.d
4.c( para:3, line:1,2,3,4,5)
5.b
6.a ( b,c: para 3, line 7; d: para 4, line 7)
7.a

# data[].attributes.body
1D
2B pa2 line 5
3D
4C pa3 line 3,4
5C
6A
7A

# data[].attributes.body
1.D
2.B(P2,L5)
3.C(P1,L3)
4.C(P3,L2,3)
5.A
6.A
7.A

# data[].attributes.body
Reading comprehension
1.D (Para 3. Line 5)
2.B (Para 2. Line 5)
3.D (First Para. Line 5)
4.C (Para 3. Line 3,4)
5.B (Para 3. Line 6)
6.A (Not mention) because B,C (Para 3. Final Line) and D (Final Para.  Line 7,8)
7.A (artists : the elephants)

# data[].attributes.body
Reading Comprehension
1) C
2) B ( line 11)
3) D( line 1)
4) C( line 15)
5)B
6)A (pararaph 3)
7) A

# data[].attributes.body
Reading Comprehension
1. D(P2, L5)
2. B(P2,L5)
3. D
4. C(P3,L3,4)
5. B
6. A(B,C:P3,L7,D:P4, L9)
7. A

# data[].attributes.body
Reading comprehension
1. C
2. B (line11)
3. D
4. C (line 14)
5. B
6. A (B is in line 18, C is in line 18, D is in line 26,27)
7. A

# data[].attributes.body
Reading comprehension :
1. d ( line 1,2 )
2. b ( line 11 )
3. d
4. c ( line 14,15 )
5. c
6. a ( b,c.line 17,18 ; d.line 26,27 )
7. a

# data[].attributes.body
- Skimming A
1D
2C
3C 4A 5A 6A 7D

# data[].attributes.body
1D (line 2 para 1)
2B(line 5 para 2)
3D(line 2,3 para 1)
4C(3,4 para 3)
5B(5,6 para 4)
6A
7A

# data[].attributes.body
1 D( para 1, line 1, 2)
2 B( para 3, line 1, 2)
3 D
4 C(para 4)
5 B
6 A( para 4, line 8, 9)
7 A

# data[].attributes.body
Skimming:B
Reading comprehension
1.D (Paragragh 1)
2.C (Paragragh 2)
3.A (Paragragh 2)
4.A
5.A (Paragragh 3)
6.B (Paragragh 4)
7.A

# data[].attributes.body
1. D ( para 1, line 1-2)
2. B ( para 2, line 5)
3. D ( para 1, line 1-5)
4. C (para 3, line 1-5)
5. B
6. A ( B,C in para 3; D in para 4)
7. A

# data[].attributes.body
Reading Comprehension
1.D
2.B (para 2, line 11)
3.D
4.C (para 3, line 3-4)
5.B
6.A (B,C : para 3, line16-17; D: para 4, line 26-27)
7.

# data[].attributes.body
Reading comprehension
1D
2B (paragraph 2 - Line 11)
3C (paragraph 1)
4C (paragraph 3 - Line 13-14)
5C (paragraph 3 - Line 18)
6A
7B

# data[].attributes.body
1. D
2. B
3. C (para 1, Line 4-5)
4. C (para 3, line 2-3)
5. B
6. A (no mentioned)
7. A

# data[].attributes.body
Reading comprehension
1d (P1, line 1-2)
2b (P2, line 11)
3d (P1, this group)
4c ( P3, line 14-15)
5b (P3, line 17)
6a (P3, line 16-18, P4, line 25-27)
7a (P4, line 23, line 28, 29)

# data[].attributes.body
1 D
2 B (para 2 line 5)
3 D
4 C (para 3 line 2,3)
5 B
6 A.      b (para 3 line 7)
c ( para 3 line 7)
d( para 4 line 8,9)
7 A ( para 4 line 10,11)

# data[].attributes.body
1.  D
2. B (Para 2, the last line)
3. D
4. C (Para 3, line 1-4)
5. B
6. A (B, C right (Para 3, the last line); D right (para 4, line 9-10)
7. A