Calendar Problems | Which next year will have same calendar?| Concept Clarification | Short Trick

Calendar Problems | Which next year will have same calendar as that of 2005? | Concept Clarification

In this video , How to get same calendar with 2005 is explained clearly and Tricks to get it soon are discussed.

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Calendar Problems

A Calendar is a chart or series of pages showing the days, weeks and months of a particular year, or giving particular seasonal information.

Given below is the list of topics under the Calendar section:

A basic structure of a calendar and a concept of an odd day.
Decoded days of the weeks.
Evaluation of a leap year.
Evaluation of odd days in a century.
Type 1 problems: Finding the day when another day is given.
Type 2 problems: Finding the day when another day is not given.
Type 3 problems: Matching the calendars of a month.
To explore various SBI Exams, check at the linked article.

Basic Structure of a Calendar
Ordinary year: Any year which 365 days is called an ordinary year.Ex: 1879, 2009, 2019, etc.
Leap year: Any year which has 366 days is called a leap year.Ex: 2012, 2016 2020 etc.
The division of the number 365 by 7 gives the quotient 52 and remainder 1 which indicates that an ordinary year has 52 weeks and one extra day. This extra day is referred to as an “odd day” throughout the calendar topics.
A leap year has 366 days, the division of the number 366 by 7 gives the quotient 52 and remainder 2. This indicates that a leap year has 52 weeks and 2 extra days. These two extra days are also referred to as “odd days”.
An ordinary year has one odd day, whereas a leap year has two odd days.

To know more about SBI Clerk Syllabus, check at the linked article.

Concept of an Odd Day
A number of odd days in a month

January has 31 days, irrespective of whether it’s an ordinary year or leap year. The division of the number 31 by 7 provides the remainder 3 hence January has 3 odd days. On generalising, any month which has 31 days has 3 odd days and any month which has 30 days has 2 odd days.

The only exception happens is in the case of February. The February month of an ordinary year has 28 days, division of 28 by 7 provides zero as remainder. Hence, the number of odd days in February of an ordinary year will have 0 odd days and that of leap year will have 1 odd day as February in a leap year has 29 days.

At the end of lecture, you will be able to find day after number of days/months/years within seconds.

[shreyash]

Thank you very much sir amazing explanation ☺️☺️

[jehirul]

same type of questions was asked today in csat exam thank you sir

[Software_Courses]

Excellent sir💞
U are awesome sir.
Love u sir💞
Thank u and thank u very much to u sir .
To spend ur valuable time to myself.
I hope always u are in good health💞

[Jjeet]

Thank you so so so so so so so so so so so so much much sir you are great and you are mathematically

[aishikanandan]

Thank you so much sir its an amazing trick

[sarveshsingh]

Wow what's a trick
Thanks I love your channel 💕

[jeetu]

Which of the following months in 2021 will have the same calendar (the same days and dates) as that in September 2020? a. March c. November b. April d. June

[leenabensolanki]

1672 ka next me nahi aata answer.. It's leap year. So add 28 it will be 1700 which is not a leap year

[washimakram]

The year next to 1990 will have the same calendar as that of the year 1990.
Right answer is 1996,
But according to you, Answer should be 1990+11= 2001
Please explain.