Reasoning Aptitude
SEQUENTIAL TEST MCQs
Total Questions : 190
| Page 7 of 19 pages
Answer: Option C. -> Thursday
Answer: (c)
As given, Saturday falls on 26th January and we have to find the day on 14th February.
Clearly, 2nd, 9th and 16th February each is a Saturday.
Thus, 14th February was a Thursday.
Answer: (c)
As given, Saturday falls on 26th January and we have to find the day on 14th February.
Clearly, 2nd, 9th and 16th February each is a Saturday.
Thus, 14th February was a Thursday.
Answer: Option A. -> Sunday
Answer: (a)
18th February 2005 was Friday.
So, 18th February 2006 was Saturday.
Therefore, 18th February 2007 will be Sunday.
Answer: (a)
18th February 2005 was Friday.
So, 18th February 2006 was Saturday.
Therefore, 18th February 2007 will be Sunday.
Answer: Option B. -> April, November
Answer: (b)
Number of days = (6 + 29 + 31 + 30 + 15) = 111.
Note: 2004 is a leap year.
So, a number of days in February = 29.
Answer: (b)
Number of days = (6 + 29 + 31 + 30 + 15) = 111.
Note: 2004 is a leap year.
So, a number of days in February = 29.
Answer: Option D. -> Sunday
Answer: (d)
30th January 2003 was Thursday.
So, 6th, 13th, 20th and 27th February were all Thursdays.
Thus 2nd March 2003 was 3 days after
Thursday, i.e., Sunday.
Answer: (d)
30th January 2003 was Thursday.
So, 6th, 13th, 20th and 27th February were all Thursdays.
Thus 2nd March 2003 was 3 days after
Thursday, i.e., Sunday.
Answer: Option C. -> Wednesday
Answer: (c)
Clearly, 1st, 8th, 15th, 22nd and 29th October are Sundays.
So, 31st October is Tuesday.
Therefore, 1st November will be Wednesday.
Answer: (c)
Clearly, 1st, 8th, 15th, 22nd and 29th October are Sundays.
So, 31st October is Tuesday.
Therefore, 1st November will be Wednesday.
Answer: Option B. -> III
Input :
every and peer to an for
Step I :
an every and peer to for
Step II :
an and every peer to for
Step III :
an and every for peer to
Answer: Option E. -> None of these
Clearly one of the given inputs give the desired output at step II on rearrangement.
Answer: Option C. -> around at For He story on was
In the given arrangement the words have been arranged alphabetically in a sequence, altering the position of only one word in each step.
Input :
story For around on was He at
Step I :
around story For on was He at
Step II :
around at story For on was He
Step ||| :
around at For story on was He
Step IV :
around at For He story on was
Answer: Option E. -> None of these
Input :
Over Go For through at one
Step I
at Over Go For through one
Step II
at For Over Go through one
Step III
at For Go Over through one
Step IV
at For Go one Over through
Answer: Option B. -> II
Input :
16
09
25
27
06
05
Step I
27
16
09
25
06
05
Step II
27
25
16
09
06
05
Input :
16
09
25
27
06
05
Step I
27
16
09
25
06
05
Step II
27
25
16
09
06
05
Since all the numbers in the given input have been arranged in descending order until step II, so it is the last step.
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