there are 53 or 54 thursdays in an year depending on the day which year starts
It seems reasonable to assume that the calendar mentioned is for exactly twelve months. Such a calendar will usually have 52 Thursdays, but will have 53 when a) the first day of the calendar is a Thursday, and b) the second day of the calendar is a Thursday and the calendar includes 29 February (which of course occurs only in a leap year). In both these cases the last day of the calendar is a Thursday, except when (a) is true and the calendar contains 29 February; then the last day will be a Friday Every day of the week could be subject to precisely the same analysis.
Given the question was asked in 2012, the next time 2012's calendar will be repeated exactly, given that it is a leap year, is not until 2040.Given the question was asked in 2012, the next time 2012's calendar will be repeated exactly, given that it is a leap year, is not until 2040.Given the question was asked in 2012, the next time 2012's calendar will be repeated exactly, given that it is a leap year, is not until 2040.Given the question was asked in 2012, the next time 2012's calendar will be repeated exactly, given that it is a leap year, is not until 2040.Given the question was asked in 2012, the next time 2012's calendar will be repeated exactly, given that it is a leap year, is not until 2040.Given the question was asked in 2012, the next time 2012's calendar will be repeated exactly, given that it is a leap year, is not until 2040.Given the question was asked in 2012, the next time 2012's calendar will be repeated exactly, given that it is a leap year, is not until 2040.Given the question was asked in 2012, the next time 2012's calendar will be repeated exactly, given that it is a leap year, is not until 2040.Given the question was asked in 2012, the next time 2012's calendar will be repeated exactly, given that it is a leap year, is not until 2040.Given the question was asked in 2012, the next time 2012's calendar will be repeated exactly, given that it is a leap year, is not until 2040.Given the question was asked in 2012, the next time 2012's calendar will be repeated exactly, given that it is a leap year, is not until 2040.
An argmax is a mathematical term for the argument of the maximum - the set of points of a given argument for which a given function attains its maximum value.
You draw a flowchart to find maximum and minimum of given 3 input numbers by using all three numbers. You take the low, high and input the middle number between them. You can see the rise, or decline of the chart that way.
Different months have a different number of days primarily because of historical and cultural reasons. The calendar we use today, called the Gregorian calendar, is a modification of the older Julian calendar. The lengths of months were determined based on a combination of factors including astronomical events, religious observances, and practical considerations. For example, February has fewer days because it was the last month to be added to the Roman calendar and was therefore given lesser importance.
53 in the maximum.
53
It seems reasonable to assume that the calendar mentioned is for exactly twelve months. Such a calendar will usually have 52 Thursdays, but will have 53 when a) the first day of the calendar is a Thursday, and b) the second day of the calendar is a Thursday and the calendar includes 29 February (which of course occurs only in a leap year). In both these cases the last day of the calendar is a Thursday, except when (a) is true and the calendar contains 29 February; then the last day will be a Friday Every day of the week could be subject to precisely the same analysis.
53 Thursday can occur
1
4
28
Uttar Pradesh
Generally speaking, a calendar year begins on the New Year's Day of the given calendar system and ends on the day before the following New Year's Day. By convention, a calendar year consists of a natural number of days.
24
4
what is the l.c.m.and h.c.f.