Kay is a student in Mrs. Hudson's class. Assuming you know nothing else about Kay, what is the probability that Kay's birthday will fall on a weekday in any given year?

1. List the sample space for this problem.

2. Which outcome (or outcomes) of the sample space composes the event?

3. Express the probability of Kay's birthday falling on a weekday as a fraction and as a decimal.

4. Describe the probability of Kay's birthday falling on a weekday as impossible, unlikely, neither likely nor unlikely, likely or certain. Justify your response.

Question

Kiley Mcdonald

Mathematics

20 August, 17:25

Kay is a student in Mrs. Hudson's class. Assuming you know nothing else about Kay, what is the probability that Kay's birthday will fall on a weekday in any given year?

1. List the sample space for this problem.

2. Which outcome (or outcomes) of the sample space composes the event?

3. Express the probability of Kay's birthday falling on a weekday as a fraction and as a decimal.

4. Describe the probability of Kay's birthday falling on a weekday as impossible, unlikely, neither likely nor unlikely, likely or certain. Justify your response.

+1

Answers (1)

Know the Answer?

Malcolm Lam · Answer 1

262/365

Step-by-step explanation:

So as you can see there is no more information aout Kay on her birthday, so the chances of her birthday being on a week day is given by the total number of the weekdays of the year between the total number of days in a year, so in 2019 there are 262 weekdays, divided by 365 you get the probability that Kay's birthday falls on a weekday.

262/365=,7178=71,78%

So the probability of Kay's brithday falling on a week day will be 71,72%