# What is the probability that a leap year has 53 Sundays?

A leap year has 366 days or 52 weeks and 2 odd days. The two odd days can be {Sunday,Monday},{Monday,Tuesday},{Tuesday,Wednesday},{Wednesday,Thursday},{Thursday,Friday},{Friday,Saturday},{Saturday,Sunday}. So there are 7possibilities out of which 2 have a Sunday. So the probability of 53 Sundays is 2/7.

## What is the probability of having 53 Mondays in a leap year?

In a leap year there will be 52 Mondays and 2 days will be left. Of these total 7 outcomes, the favourable outcomes are 2. Hence the probability of getting 53 Mondays in a leap year is 27.

## What is the probability that a leap year will have 53 Fridays or 53 Sundays?

Hence, the probability that a leap year has 53 Fridays or 53 Saturdays is 37.

## What is the probability of getting 53 Saturdays in a leap year?

Detailed Solution

So the probability of 53 Saturday is 2/7. Hence, the correct answer is 2/7.

## Find the probability of getting 53 sundays in a leap year|Class 10|Probability|

38 related questions found

### What is the probability that a non leap year has 53 Fridays or 53 Saturdays?

The probability that a non leap year will have 53 Fridays and 53 Satur... Therefore, Total possibility is zero.

### What is the probability of getting 53 Fridays not in a leap year?

So, Probability that a non leap yeas has 53 Fridays=TotalnumberofoutcomesNumberoffavourableoutcomes=71.

### What is the probability that there will be 53 Sundays in I a leap year and II a non leap year?

Answer: The probability of getting 53 Sundays in a non-leap year is 1/7.

### What is the probability that a non leap year has 53 Tuesdays and 53 Mondays?

Hence the probability of getting 53 Tuesdays in an ordinary year is =71.

### What is the probability that a leap year has 53 Saturdays and 53 Mondays between 0 and 1 both inclusive?

Therefore the required probability is 73.

### How many Sundays are in a leap year?

There are 366 days in a leap year, i.e, 1 more than a normal year. That means that we already have 52 sundays for sure. Then, we are left with 2 days. Now, these days can be any from a pair of- mon-tues,tues-wed,wed-thurs,thurs-fri,fri-sat,sat-sun,sun-mon.

### What is the probability that a leap year has 53 Saturday and 52 Sunday?

Hence, required probability = 72.

### What is the probability of getting 50 Sundays in a leap year?

Answer. Probability of having 50 Sundays in a non-leap year is 1. Its because each year we have 52 weeks and each week contains one Sunday. Therefore every year we have 52 Sundays and thus this is a sure event and its probability is 1.

### What is the probability of getting 52 Mondays in a non-leap year?

6/7 or 0.86 is probability for 52 Mondays in a non-leap year.

### Is 53 Mondays or 53 Tuesday in an ordinary year?

An ordinary year has 365 days consisting of 52 weeks and 1 day. This day can be any day of the week. Therefore, P(of this days to be Monday) = 17 . Thus, the probability that an ordinary year has 53 Mondays is 17 .

### What is the probability that a non leap year should have a 53 Thursdays B 52 Thursdays?

What is the probability having 53 Thursdays in ordinary year (except leap year)? (1) 2 / 7.

### Why 2100 is not a leap year?

The rule is that if the year is divisible by 100 and not divisible by 400, leap year is skipped. The year 2000 was a leap year, for example, but the years 1700, 1800, and 1900 were not. The next time a leap year will be skipped is the year 2100.

### What is the probability of getting a Saturday in a week?

We have to find probability of Saturday being there in a week. Total number of Saturdays in a week = 1. The possible number of Saturdays in a week = 1. Therefore, the probability of getting a Saturday in a week = (1/1) = 1.

### What is the probability of a sure event?

The probability of a sure event is always 1.

### Can a leap year have 54 Sundays?

there can be 53 sundays in a leap year if that one extra day is a sunday. Therefore, the maximum number of sundays in an random year is 53. There is no way a leap year can have 54 sundays.

### What if a leap year has 53 Tuesdays?

Hence the probability of 53 Tuesdays =27.

### How many Tuesdays are there in a leap year?

A leap year. We know a leap year consists of 366 days. That makes up for\$\dfrac{{366}}{7}\$= 52 weeks + 2 days. It is obvious that there are 52 Tuesdays in those 52 weeks, therefore the probability that the leap year has 53 Tuesdays is the probability that the remaining two days will be Tuesdays.