basic calendar problems Detailed Explanation And More Example
MOST IMPORTANT verbal reasoning - 4 EXERCISES
The following question based on calendar topic of verbal reasoning
(a) 1
(b) 2
(c) 5
(d) 9
The correct answers to the above question in:
Answer: (b)
1977 is an ordinary year.
We know that the calendar of an ordinary year repeats after 6 yrs or 11 yrs.
Let us check for the number of odd days in 6th and 11th years.
Year | Number of odd days |
1978 | 1 |
1979 | 1 |
1980 | 2 |
1981 | 1 |
1982 | 1 |
1983 | 1 |
1984 | 2 |
1985 | 1 |
1986 | 1 |
1987 | 1 |
1988 | 2 |
From the above table, Number of odd days from 18.09.1977 to 18.09.1983 = 7,
i.e., 0 odd days
It means that in 1983, 18th September would fall on Sunday.
From the above table, a number of odd days from 18.09.1977 to 18.09.1988 = 14
i.e., 0 odd days.
Now, it is clear that 2 marriage anniversaries would fall on Sunday in the next 15 yr.
Discuss Form
Read more basic calendar problems Based Verbal Reasoning Questions and Answers
Question : 1
How many Monday's are there in a particular month of a particular year if the month ends on Wednesday?
a) 4
b) 5
c) 3
d) Cannot be specified
Answer »Answer: (d)
There are months of 30, 31 and 28 days and last day of the month are Wednesday.
So, using 28 and 30 days, there are 4 Mondays.
Using 31 days, there are 5 Mondays
So, it cannot be specified.
Question : 2
In a month of 31 days, third Thursday falls on 16th, then what will be the last day of the month?
a) 5th Friday
b) 4th Saturday
c) 5th Wednesday
d) 5th Thursday
e) None of these
Answer »Answer: (a)
Number of days left in the month after 16th = 31 - 16 = 15
Number of odd days = 15/7 = 2 weeks + 1 odd day
Therefore, Required day = Thursday + 1 odd day = Friday
As, 16th of the month is third Thursday, the day which is two weeks after this day is fifth Thursday.
So, one day after 5th Thursday is 5th Friday.
Question : 3
The calendar for the year 2007 will be the same for the year:
a) 2014
b) 2016
c) 2017
d) 2018
Answer »Answer: (d)
Count the number of odd days from the year 2007 onwards to get the sum equal to 0 odd days.
Sum = 14 odd days = 0 odd day.
Therefore, Calendar for the year 2018 will be the same as for the year 2007.
Question : 4
Which of the following is a leap year?
a) 2800
b) 1800
c) 2600
d) 3000
e) All of these
Answer »Answer: (a)
The century year which is completely divisible by 400, is a leap year.
Thus, the year 2800 is a leap year.
GET calendar PRACTICE TEST EXERCISES
basic calendar problems
find a day with reference day
find a day without reference day
finding a week on basis of another week
calendar Shortcuts and Techniques with Examples
Verbal Reasoning
Question & Answer Quiz
Non Verbal Reasoning
Question & Answer Quiz
Quantitative Aptitude
Question & Answer Quiz
Computer MCQ
Question & Answer Quiz
General English
Question & Answer Quiz
History GK
Question & Answer Quiz
Polity GK
Question & Answer Quiz
Geography GK
Question & Answer Quiz
Economy GK
Question & Answer Quiz
General Awareness GK
Question & Answer Quiz
Recently Added Subject & Categories For All Competitive Exams
SSC STENO 2024: Free Reading Comprehension MCQ Test PDF
Top Reading Comprehension English Section-wise multiple choice questions and answers, Full Mock Test Series & Online Quiz for SSC Steno Grade C & D 2024 Exam
Continue Reading »
Free Percentage Questions Answers for SSC STENO 2024 Exam
Important Top Percentage Aptitude-based multiple choice questions and answers practice quiz series, Online Mock Test PDF for SSC Steno Grade C & D 2024 Exam
Continue Reading »
Free Antonyms (English) MCQ Test for SSC STENO 2024 Exam
Top Antonyms General English Section-based multiple choice questions and answers, Free Full Test Series & Online Quiz PDF for SSC Steno Grade C & D 2024 Exam
Continue Reading »
Free Ratio & Proportion MCQ Test for SSC STENO 2024 Exam
Top Ratio and Proportion Aptitude-based multiple choice questions and answers practice test series, Online MCQ Quiz PDF for SSC Steno (Grade C & D) 2024 Exam
Continue Reading »