1. In this question, the sets of symbols given in the alternatives are represented. The columns and rows of Matrix I are represented by &, @, #, $, . A letter from this matrix can be represented first by its row and next by its column, e.g., ‘N’ can be represented by @@, $$, etc., and ‘D’ can be represented by @*, #@, etc. Similarly you have to identify the set for the word ‘BIRD’
MATRIX-I
A) @$, ∗∗, ∗@, $# B) ∗#, #&, &#, #@ C) ∗#, &@, @#, @∗ D) &$, $$, ##, $#
Explanations: In the given word “BIRD” we have four letters B, I, R, D. The letter 'B' can be represented by &&,@$,∗#. The letter ‘I’ can be represented by &@,#&,##,∗∗. The letter ‘R’ can be represented by &#,#$,∗@. The letter ‘D’ can be represented by @∗,#@,∗&.So each letter of the word can be represented by one representation out of the all.
Ans: B
2. In this question, the sets of symbols given in the alternatives are represented. The columns and rows of Matrix I are represented by &, @, #, $, *. A letter from this matrix can be represented first by its row and next by its column, e.g., ‘S’ can be represented by &$, #@, etc., and ‘N’ can be represented by @& etc. Similarly you have to identify the set for the word ‘WISE’
MATRIX-I
A) *#,@@, &$, $& B) #*, @@, $&, &$ C) &&, #$, $@, ** D) &&, *&, *$, *#
Explanations: In the given word “WISE” we have four letters W, I, S, E. The letter ‘W’ can be represented by &&, #*, *#. The letter ‘I’ can be represented by @@, #$, *&. The letter ‘S’ can be represented by &$, #@, *$. The letter ‘E’ can be represented by @#, $&, **. So each letter of the word can be represented by one representation out of the all.
Ans: A
3. In this question, the sets of symbols given in the alternatives are represented. The columns and rows of Matrix I are represented by &, @, #, $, ∗. A letter from this matrix can be represented first by its row and next by its column, e.g., ‘A’ can be represented by &@, ∗∗ etc., and ‘B’ can be represented by @#, ∗@ etc. Similarly you have to identify the set for the word ‘FIRE’
MATRIX-I
A) $∗, $&, ∗@, #∗ B) @@, $@, $#, && C) @@, ∗&, @#, && D) ∗$, &$, @∗, ∗#
Explanations: In the given word “FIRE” we have four letters F, I, R, E. The letter ‘F’ can be represented by @@, $. The letter ‘I’ can be represented by &$, &. The letter ‘R’ can be represented by @,$#. The letter ‘E’ can be represented by &&, #. So each letter of the word can be represented by one representation out of the all.
Ans: D
4. In this question, the sets of symbols given in the alternatives are represented. The columns and rows of Matrix I are represented by &, @, #, $, ∗. A letter from this matrix can be represented first by its row and next by its column, e.g., ‘V’ can be represented by ## etc., and ‘L’ can be represented by @@,∗& etc. Similarly you have to identify the set for the word ‘VOLTAS’
MATRIX-I
A) ##, ∗@, ∗&, ∗$, &#, $∗ B) ##, @∗, &∗, ∗$, #&, $∗ C) ##, @∗, ∗&, ∗$, &#, $∗ D) ##, @∗, @#, $∗, &#, &&
Explanations: In the given word “VOLTAS” we have six letters V, O, L, T, A, S. The letter ‘V’ can be represented by ##. The letter ‘O’ can be represented by @,#. The letter ‘L’ can be represented by @@,&. The letter ‘T’ can be represented by #&,$. The letter ‘A’ can be represented by &#. The letter ‘S’ can be represented by &&, $. So each letter of the word can be represented by one representation out of the all.
Ans: C
5. In this question, the sets of symbols given in the alternatives are represented. The columns and rows of Matrix I are represented by &, @, #, $, *. A letter from this matrix can be represented first by its row and next by its column, e.g., ‘M’ can be represented by @#,*$ etc., and ‘E’ can be represented by &#,*& etc. Similarly you have to identify the set for the word ‘FRIEND’
MATRIX-I
A) **, *&, #$, &*, &&, @* B) **, &*, #$, *&, &&, @*
C) @@, &*, #$, *&, &$, @* D) **, &*, #$, *&, &&, *@
Explanations: In the given word 'FRIEND' we have six letters F, R, I, E, N, D. The letter ‘F’ can be represented by @@, **. The letter ‘R’ can be represented by &*, *#. The letter ‘I’ can be represented by @&, #$. The letter ‘E’ can be represented by &#, *&. The letter ‘N’ can be represented by &&, $*. The letter ‘D’ can be represented by @*, $@. So each letter of the word can be represented by one representation out of the all.
Ans: B
6. In this question, the sets of symbols given in the alternatives are represented. The columns and rows of Matrix I are represented by &, @, #, $, ∗. A letter from this matrix can be represented first by its row and next by its column, e.g., ‘D’ can be represented by &$, @# etc., and ‘N’ can be represented by ∗& etc. Similarly you have to identify the set for the word ‘HIGH’
MATRIX-I
A) ##, &∗, ∗@, ∗∗ B) &&, &∗, ∗@, ∗∗ C) ##, ∗&, ∗@, ∗∗ D) ∗∗, &∗, @∗, ∗∗ Explanations: In the given word “HIGH” we have four letters H, I, G, H. The letter ‘H’ can be represented by ##, ∗∗. The letter ‘I’ can be represented by &∗, #&. The letter ‘G’ can be represented by &&, ∗@. So each letter of the word can be represented by one representation out of the all.
Ans: A
7. In this question, the sets of symbols given in the alternatives are represented. The columns and rows of Matrix I are represented by &, @, #, $, ∗. A letter from this matrix can be represented first by its row and next by its column, e.g., ‘M’ can be represented by @#, ∗$ etc., and ‘E’ can be represented by &#, ∗& etc. Similarly you have to identify the set for the word ‘JUNE’
MATRIX-I
A) ##, @#, ∗$, &# B) &@, @#, ∗$, ∗& C) &@, #@, $∗, &# D) &@, @#, ∗$, &#
Explanations: In the given word “JUNE” we have four letters J, U, N, E. The letter ‘J’ can be represented by &@,##. The letter ‘U’ can be represented by #@. The letter ‘N’ can be represented by &&, $. The letter ‘E’ can be represented by &#, &. So each letter of the word can be represented by one representation out of the all.
Ans: C
8. In this question, the sets of symbols given in the alternatives are represented. The columns and rows of Matrix I are represented by &, @, #, $,. A letter from this matrix can be represented first by its row and next by its column, e.g., ‘N’ can be represented by @@, $$, etc., and ‘D’ can be represented by @*, #@, etc. Similarly you have to identify the set for the word ‘BRAIN’
MATRIX-I
A) @$, &$, #∗, #@,@∗ B) &&,&#,∗#,#&, @@ C) #∗, $#, ∗#, ##, $$ D) ∗#, #$, #∗, ##, $$
Explanations: In the given word “BRAIN” we have five letters B, R, A, I, N. The letter ‘B’ can be represented by &&, @$, ∗#. The letter ‘R’ can be represented by &#, #$, ∗@. The letter ‘A’ can be represented by #∗. The letter ‘I’ can be represented by &@, #&, ##, ∗∗. The letter ‘N’ can be represented by @@, $$. So each letter of the word can be represented by one representation out of the all.
Ans: D
9. In this question, the sets of symbols given in the alternatives are represented. The columns and rows of Matrix I are represented by &, @, #, $,. A letter from this matrix can be represented first by its row and next by its column, e.g., ‘S’ can be represented by &$, #@, etc., and ‘N’ can be represented by @& etc. Similarly you have to identify the set for the word ‘PEARL’
MATRIX-I
A)@∗, $&, &@, $@, ## B) @∗, &$, @&, $@, ## C) ∗@, $&, &@, $@, #∗ D) ∗@, ∗∗, &@, $@, #∗
Explanations: We have five letters P, E, A, R, L. The letter ‘P’ can be represented by @∗. The letter ‘E’ can be represented by @#, $&, ∗∗. The letter ‘A’ can be represented by &@. The letter ‘R’ can be represented by $@. The letter ‘L’ can be represented by ##. So each letter of the word can be represented by one representation out of the all.
Ans: A
