Question

a standard deck of 52 cards without replacement, how many different outcomes are possible?

73

likes
365 views

Answer to a math question a standard deck of 52 cards without replacement, how many different outcomes are possible?

Expert avatar
Murray
4.5
92 Answers
To find the number of different outcomes when drawing cards from a standard deck of 52 cards without replacement, we use the concept of permutations.

Each time a card is drawn, the number of cards in the deck decreases by 1. Therefore, for the first card drawn, there are 52 possibilities. For the second card drawn, there are 51 possibilities remaining, and so on.

The total number of different outcomes can be calculated by finding the product of the number of possibilities for each draw:

52 \times 51 \times 50 \times \ldots \times 3 \times 2 \times 1

This is known as the factorial of 52, denoted as 52! .

Therefore, the total number of different outcomes when drawing cards from a standard deck of 52 cards without replacement is:

\boxed{52! = 8.0658175 \times 10^{67}}

Frequently asked questions (FAQs)
What is the value of angle B in a triangle with side lengths 5, 8, and 10?
+
Question: How many diagonals are there in a polygon with n sides? (
+
What is the value of angle x in triangle ABC, given side a=5, side b=7, and angle A=60°?
+
New questions in Mathematics
𝑦 = ( 𝑥2 − 3) (𝑥3 + 2 𝑥 + 1)
A college believes that 22% of applicants to that school have parents who have remarried. How large a sample is needed to estimate the true proportion of students who have parents who have remarried to within 5 percentage points?
90 divided by 40
Derivative of x squared
An integer is taken at random from the first 40 positive integers. What is the probability that the integer is divisible by 5 or 6?
Suppose SAT reading scores are normally distributed with a mean of 496 and a standard deviation of 109. The University plans towards scholarships for students who scores are in the top 7%. What is the minimum score required for the scholarship round your answer to the nearest whole number.
A pair of die is thrown and the absolute difference of the two scores is recorded. What is the probability of the absolute difference being 4 or more?
Find the equation of the line perpendicular to −5𝑥−3𝑦+5=0 passing through the point (0,−2)
-3(-4x+5)=-6(7x-8)+9-10x
Emma is on a 50 m high bridge and sees two boats anchored below. From her position, boat A has a bearing of 230° and boat B has a bearing of 120°. Emma estimates the angles of depression to be about 38° for boat A and 35° for boat B. How far apart are the boats to the nearest meter?
form a key for your lock containing the numbers 2 2 5 8 How many different keys can you form?
0.1x8.2
30y - y . y = 144
A bag has 4 green lollipops, 3 white lollipops, and 1 black lollipop. What is the probability of drawing a white lollipop?
A buyer purchased a North Carolina home for $475,250. The seller allowed the buyer to assume his first small mortgage with a loan balance of $110,000. How much is the excise tax paid in the transaction? $951 $729.50 $950.50 $221 none of the above
The average weekly earnings in the leisure and hospitality industry group for a re‐ cent year was $273. A random sample of 40 workers showed weekly average ear‐ nings of $285 with the population standard deviation equal to 58. At the 0.05 level of significance can it be concluded that the mean differs from $273? Find a 95% con‐ fidence interval for the weekly earnings and show that it supports the results of the hypothesis test.
2 - 6x = -16x + 28
A nondegenerate ideal gas of diatomic molecules with a kilomolar mass of 2 kg/kmol and a characteristic rotational temperature of 86 K is adsorbed on the walls of a container, where the binding energy is 0.02 eV. The adsorbed molecules move freely on the walls, and their rotation is confined to the plane of the walls. Calculate the surface density of adsorbed molecules at 12 K if the gas pressure is 103 Pa! What result would you get at 68 K and the same pressure?
4m - 3t + 7 = 16
A small box measures 10 in. by 4 in. by 6 in. high. Find the volume of the box.