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Quantitative Aptitude

CLOCK MCQs

Total Questions : 223 | Page 4 of 23 pages
Question 31.

The calendar for the year 2007 will be the same for the year:

  1.    2014
  2.    2016
  3.    2017
  4.    2018
 Discuss Question
Answer: Option D. -> 2018

Count the number of odd days from the year 2007 onwards to get the sum equal to 0 odd day.


Year    : 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017


Odd day : 1    2    1    1    1    2    1    1    1    2    1   


Sum = 14 odd days \(\equiv\) 0 odd days.


So,  Calendar for the year 2018 will be the same as for the year 2007.

Question 32.

Which of the following is not a leap year?

  1.    700
  2.    800
  3.    1200
  4.    2000
 Discuss Question
Answer: Option A. -> 700

The century divisible by 400 is a leap year.


So,  The year 700 is not a leap year.

Question 33.

On 8th Dec, 2007 Saturday falls. What day of the week was it on 8th Dec, 2006?

  1.    Sunday
  2.    Thursday
  3.    Tuesday
  4.    Friday
 Discuss Question
Answer: Option D. -> Friday

The year 2006 is an ordinary year. So, it has 1 odd day.


So, the day on 8th Dec, 2007 will be 1 day beyond the day on 8th Dec, 2006.


But, 8th Dec, 2007 is Saturday.


So, 8th Dec, 2006 is Friday.

Question 34.

January 1, 2008 is Tuesday. What day of the week lies on Jan 1, 2009?

  1.    Monday
  2.    Wednesday
  3.    Thursday
  4.    Sunday
 Discuss Question
Answer: Option C. -> Thursday

The year 2008 is a leap year. So, it has 2 odd days.


1st day of the year 2008 is Tuesday (Given)


So, 1st day of the year 2009 is 2 days beyond Tuesday.


Hence, it will be Thursday.

Question 35.

January 1, 2007 was Monday. What day of the week lies on Jan. 1, 2008?

  1.    Monday
  2.    Tuesday
  3.    Wednesday
  4.    Sunday
 Discuss Question
Answer: Option B. -> Tuesday

The year 2007 is an ordinary year. So, it has 1 odd day.


1st day of the year 2007 was Monday.


1st day of the year 2008 will be 1 day beyond Monday.


Hence, it will be Tuesday.

Question 36.

An accurate clock shows 8 oclock in the morning. Through how may degrees will the hour hand rotate when the clock shows 2 oclock in the afternoon?

  1.    144º
  2.    150º
  3.    168º
  4.    180º
 Discuss Question
Answer: Option D. -> 180º

Angle traced by the hour hand in 6 hours = \(\left(\frac{360}{12}\times6\right)^{0} = 180^{0} \)

Question 37.

The reflex angle between the hands of a clock at 10.25 is:

  1.    180º
  2.    \(192\frac{1}{2}^{0}\)
  3.    195º
  4.    \(197\frac{1}{2}^{0}\)
 Discuss Question
Answer: Option D. -> \(197\frac{1}{2}^{0}\)

Angle traced by hour hand in  \(\frac{125}{12}\)  hrs =\(\left(\frac{360}{12}\times\frac{125}{12}\right)^{0}= 312\frac{1}{2}^{0}\)


Angle traced by minute hand in 25 min = \(\left(\frac{360}{50}\times25\right)^{0}=150^{0}\)


So, Reflex angle = 360º – \(\left( 312\frac{1}{2}^{0}-150\right)^{0}=360^{0}-162\frac{1}{2}^{0}=197\frac{1}{2}^{0}\)

Question 38.

A clock is started at noon. By 10 minutes past 5, the hour hand has turned through:

  1.    145º
  2.    150º
  3.    155º
  4.    160º
 Discuss Question
Answer: Option C. -> 155º

Angle traced by hour hand in 12 hrs = 360º.


Angle traced by hour hand in 5 hrs 10 min. i.e.,  \(\frac{31}{6}hrs=\left(\frac{360}{12}\times\frac{31}{6}\right)^{0}= 155^{0} \)

Question 39.

A watch which gains 5 seconds in 3 minutes was set right at 7 a.m. In the afternoon of the same day, when the watch indicated quarter past 4 oclock, the true time is:

  1.       \(59\frac{7}{12}\)  min. past 3
  2.    4 p.m.
  3.     \(58\frac{7}{11}\)  min. past 3
  4.     \(2\frac{3}{11}\)  min. past 4
 Discuss Question
Answer: Option B. -> 4 p.m.

Time from 7 a.m. to 4.15 p.m. = 9 hrs 15 min. = \(\frac{37}{4}\)


3 min. 5 sec. of this clock = 3 min. of the correct clock.


      \(\frac{37}{720}\)  hrs of this clock =  \(\frac{1}{20}\)  hrs of the correct clock.


   \(\frac{37}{4}\) hrs of this clock =   \(\left(\frac{1}{20}\times\frac{720}{37}\times\frac{37}{4}\right)\)  hrs of the correct clock


= 9 hrs of the correct clock.


So, The correct time is 9 hrs after 7 a.m. i.e., 4 p.m.

Question 40.

How much does a watch lose per day, if its hands coincide every 64 minutes?

  1.    \(32\frac{8}{11}min\)
  2.    \(36\frac{5}{11}min\)
  3.    90 min.
  4.    96 min.
 Discuss Question
Answer: Option A. -> \(32\frac{8}{11}min\)

55 min. spaces are covered in 60 min.


60 min. spaces are covered in \(\left(\frac{60}{55}\times60\right)min.=65\frac{5}{11}min\)


Loss in 64 min. = \(\left(65\frac{5}{11}-64\right)=\frac{16}{11}min\)


Loss in 24 hrs = \(\left(\frac{16}{11}\times\frac{1}{64}\times24\times60\right)min.=32\frac{8}{11}min\)

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