Aptitude - Calendar - Discussion
Discussion Forum : Calendar - General Questions (Q.No. 11)
11.
The calendar for the year 2007 will be the same for the year:
Answer: Option
Explanation:
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 
0 odd days.
Calendar for the year 2018 will be the same as for the year 2007.
Discussion:
122 comments Page 3 of 13.
Ashwini said:
6 years ago
How answer is 2018? Please, anyone explain me.
(1)
Mandakranta said:
6 years ago
2009 was repeated in 2015.
2009 - 1 odd day
2010 - 1 (2)
2011 - 1 (3)
2012 - 2 (5)
2013 - 1 (6)
2014 - 1 (7)
So 2015 is the answer.
Again 2009 being non-leap year if we divide by 4 we get a remainder 1. So 2009 + 11= 2020 which is not possible 2020 being a leap year. So 2009 +6 =2015 is the repeated the year of 2009.
2009 - 1 odd day
2010 - 1 (2)
2011 - 1 (3)
2012 - 2 (5)
2013 - 1 (6)
2014 - 1 (7)
So 2015 is the answer.
Again 2009 being non-leap year if we divide by 4 we get a remainder 1. So 2009 + 11= 2020 which is not possible 2020 being a leap year. So 2009 +6 =2015 is the repeated the year of 2009.
(1)
Suraj said:
5 years ago
Why 2014 cannot be the answer. There are 7 odd days. Which sum up again to 0 odd days?
(1)
Ananya said:
3 weeks ago
Thanks for explaining the answer.
(1)
Bhuvana said:
2 decades ago
Please explain me that how 14 odd days is similar to 0 odd days
Mani said:
2 decades ago
How to find odd days?
and how it's possible?
and how it's possible?
Mani said:
2 decades ago
Need a brief explanation for this problem?
Mani` said:
2 decades ago
I don't have much time to wait for your explanation, It's very emergency ? so, please respond to my questions ?
Harru said:
2 decades ago
Sum = 14 odd days 0 odd days.
plz clerify this point
plz clerify this point
Sundar said:
2 decades ago
Hi Friends,
Please go through the basics terms and formulas given below before solving the problems.
Link: http://www.indiabix.com/aptitude/calendar/formulas
Hope this will help you to solve the problems in this section.
Please go through the basics terms and formulas given below before solving the problems.
Link: http://www.indiabix.com/aptitude/calendar/formulas
Hope this will help you to solve the problems in this section.
Post your comments here:
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