Reasoning Practice Question and Answer
8 Q:Study the following information carefully and answer the questions given below- A word and number arrangement machine when given an input line of words and numbers rearranges them following a particular rule. The following is an illustration of input and rearrangement. (Single digit numbers are preceded by a zero. All other numbers are two digit numbers)
Input : good 18 to raise 02 12 money 28 for 57 charity 09.
Step I : to good 18 raise 02 12 money 28 for charity 09 57.
Step II : to raise good 18 02 12 money for charity 09 28 57.
Step III : to raise money good 02 12 for charity 09 18 28 57.
Step IV : to raise money good 02 for charity 09 12 18 28 57.
Step V : To raise money good for charity 02 09 12 18 28 57.
Step VI : is the last step of the arrangement of the above input as the intended arrangement is obtained.
How many steps would be needed to complete the arrangement for the above input?
These questions are based on the following input-
Input : always 19 give 21 84 for 62 14 worthy cause.
1475 05e535749cfa8145f11916fb8
5e535749cfa8145f11916fb8Input : good 18 to raise 02 12 money 28 for 57 charity 09.
Step I : to good 18 raise 02 12 money 28 for charity 09 57.
Step II : to raise good 18 02 12 money for charity 09 28 57.
Step III : to raise money good 02 12 for charity 09 18 28 57.
Step IV : to raise money good 02 for charity 09 12 18 28 57.
Step V : To raise money good for charity 02 09 12 18 28 57.
Step VI : is the last step of the arrangement of the above input as the intended arrangement is obtained.
These questions are based on the following input-
Input : always 19 give 21 84 for 62 14 worthy cause.
- 1VIfalse
- 2Vfalse
- 3IVtrue
- 4VIIfalse
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Answer : 3. "IV"
Q:Study the following information carefully and answer the questions given below- A word and number arrangement machine when given an input line of words and numbers rearranges them following a particular rule. The following is an illustration of input and rearrangement. (Single digit numbers are preceded by a zero. All other numbers are two digit numbers)
Input : good 18 to raise 02 12 money 28 for 57 charity 09.
Step I : to good 18 raise 02 12 money 28 for charity 09 57.
Step II : to raise good 18 02 12 money for charity 09 28 57.
Step III : to raise money good 02 12 for charity 09 18 28 57.
Step IV : to raise money good 02 for charity 09 12 18 28 57.
Step V : To raise money good for charity 02 09 12 18 28 57.
Step VI : is the last step of the arrangement of the above input as the intended arrangement is obtained.
These questions are based on the following input-
Input : always 19 give 21 84 for 62 14 worthy cause.
Which of the following would be step III for the above input?
5219 05e53566acfa8145f11916fab
5e53566acfa8145f11916fabInput : good 18 to raise 02 12 money 28 for 57 charity 09.
Step I : to good 18 raise 02 12 money 28 for charity 09 57.
Step II : to raise good 18 02 12 money for charity 09 28 57.
Step III : to raise money good 02 12 for charity 09 18 28 57.
Step IV : to raise money good 02 for charity 09 12 18 28 57.
Step V : To raise money good for charity 02 09 12 18 28 57.
Step VI : is the last step of the arrangement of the above input as the intended arrangement is obtained.
Input : always 19 give 21 84 for 62 14 worthy cause.
Which of the following would be step III for the above input?
- 1Worthy give for always 10 14 cause 84 62 21.false
- 2Worthy give for always 14 19 cause 21 62 84.false
- 3Always give for worthy 19 14 cause 21 62 84.false
- 4Worthy give for always 19 14 cause 21 62 84true
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Answer : 4. "Worthy give for always 19 14 cause 21 62 84 "
Q: Direction: In the following questions, the symbol @ , $, *, # and δ are used with the following meaning as illustrated below:
‘P $ Q’ means ‘P’ is not smaller than Q’.
‘P @ Q’ means ‘P is neither smaller than nor equal to Q’.
‘P # Q’ means ‘P is neither greater than nor equal to Q’.
‘P δ Q’ means ‘P is neither greater than nor smaller than Q’.
‘P * Q’ means ‘P is not greater than Q’.
Now in each of the following questions assuming the given statements to be true, find which of the four conclusion I, II , III and IV given below them is/are definitely true and given your answer accordingly.
Statements:
H@T, T#F, FδE, E*V
Conclusions:
I. V$F
II. E@T
III. H@V
IV. T#V
(A) Only I, II and III are true
(B) Only I, II and IV are true
(C) Only II, III and IV are true
(D) Only I, III and IV are true
(E) All I, II, III and IV are true
2607 05d89e19c59eba342bb200738
5d89e19c59eba342bb200738‘P $ Q’ means ‘P’ is not smaller than Q’.
‘P @ Q’ means ‘P is neither smaller than nor equal to Q’.
‘P # Q’ means ‘P is neither greater than nor equal to Q’.
‘P δ Q’ means ‘P is neither greater than nor smaller than Q’.
‘P * Q’ means ‘P is not greater than Q’.
Now in each of the following questions assuming the given statements to be true, find which of the four conclusion I, II , III and IV given below them is/are definitely true and given your answer accordingly.
Statements:
H@T, T#F, FδE, E*V
Conclusions:
I. V$F
II. E@T
III. H@V
IV. T#V
(A) Only I, II and III are true
(B) Only I, II and IV are true
(C) Only II, III and IV are true
(D) Only I, III and IV are true
(E) All I, II, III and IV are true
- 1Afalse
- 2Btrue
- 3Cfalse
- 4Dfalse
- 5Efalse
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Answer : 2. "B"
Q: Direction: In the following questions, the symbol @ , $, *, # and δ are used with the following meaning as illustrated below:
‘P $ Q’ means ‘P’ is not smaller than Q’.
‘P @ Q’ means ‘P is neither smaller than nor equal to Q’.
‘P # Q’ means ‘P is neither greater than nor equal to Q’.
‘P δ Q’ means ‘P is neither greater than nor smaller than Q’.
‘P * Q’ means ‘P is not greater than Q’.
Now in each of the following questions assuming the given statements to be true, find which of the four conclusion I, II , III and IV given below them is/are definitely true and given your answer accordingly.
Statements:
N δ B, B$W, W # H, H*M
Conclusion:
I. M @ W
II. H@N
III. WδN
IV. W#N
(A) only I is true
(B) Only III is true
(C) Only IV is true
(D) Only either III or IV is true.
(E) Only Either III or IV and I are 2240 05d89e3fb6b22180fc608f489
5d89e3fb6b22180fc608f489- 1Afalse
- 2Bfalse
- 3Cfalse
- 4Dfalse
- 5Etrue
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Answer : 5. "E"
Q: Statement:-
Some trees are flowers.
Some flowers are pencils.
Some pencils are tables.
Conclusion:-
(I) Some tables are flowers
(II) Some pencils are trees
(III) Some tables are trees
(IV) Some trees are pencils
5246 05d78966b0c830b6303aebfcf
5d78966b0c830b6303aebfcfSome trees are flowers.
Some flowers are pencils.
Some pencils are tables.
Conclusion:-
(I) Some tables are flowers
(II) Some pencils are trees
(III) Some tables are trees
(IV) Some trees are pencils
- 1All followsfalse
- 2none followstrue
- 3Only I and III followsfalse
- 4Only II and IV followsfalse
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Answer : 2. "none follows"
Q: Statements: Some participants are students.
Some students are boys.
Conclusions I. No boy is a participant.
II. All boys are participants.
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5d4c11483a2fce75e19d3593Some students are boys.
Conclusions I. No boy is a participant.
II. All boys are participants.
- 1If only conclusion I followsfalse
- 2if only conclusion II followsfalse
- 3if either conclusion I or conclusion II followsfalse
- 4If neither conclusion I nor conclusion II followstrue
- 5If both conclusions I and II followfalse
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Answer : 4. "If neither conclusion I nor conclusion II follows"
Q: Statements: All laptops are computers
Some laptops are notebooks.
Conclusions I. Some notebook are computers
II. All notebooks are computers.
12333 05d4c0eda0c5c9f706c69cbed
5d4c0eda0c5c9f706c69cbedSome laptops are notebooks.
Conclusions I. Some notebook are computers
II. All notebooks are computers.
- 1If only conclusion I followstrue
- 2if only conclusion II followsfalse
- 3if either conclusion I or conclusion II followsfalse
- 4If neither conclusion I nor conclusion II followsfalse
- 5If both conclusions I and II followfalse
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Answer : 1. "If only conclusion I follows"
Q: Statements: All rows are lines
All lines are queues.
Conclusions
I. All rows are queues.
II. Atleast some queues are lines.
3058 05d4c0cac5d0c1b707e924100
5d4c0cac5d0c1b707e924100All lines are queues.
Conclusions
I. All rows are queues.
II. Atleast some queues are lines.
- 1If only conclusion I followsfalse
- 2if only conclusion II followsfalse
- 3if either conclusion I or conclusion II followsfalse
- 4If neither conclusion I nor conclusion II followsfalse
- 5If both conclusions I and II followtrue
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