Table of Contents
- 1 How many ways can 4 books be chosen from a group of nine?
- 2 How many ways can I choose 4 of my 6 books to donate?
- 3 How many ways can the six chosen books be ordered?
- 4 How many ways are there to select a sub committee of 3 members from among a committee of 10?
- 5 How many ways can 6 books be arranged on a shelf?
- 6 How many ways can n elements be arranged in a sequence?
How many ways can 4 books be chosen from a group of nine?
In 126 ways a committee of 4 be chosen from a group of 9 people.
How many ways can I choose 4 of my 6 books to donate?
The total number of permutations is 6 X 4 = 24. There are 24 ways to arrange the 4 items on a bookshelf.
How many ways can you select 3 books from a collection of 7 books and then arrange them in shelf?
(a) Any arrangement is possible: 7 books can be arranged among themselves in 7! = 5040 ways.
How many ways can 13 employees be selected from a group of 20 applicants?
How do we do this? Answer: Suppose we number the people from 1 through 4 and think of the set A = {1, 2, 3, 4}. To answer this question we will count how many subsets of size 3 there are of this set…
How many ways can the six chosen books be ordered?
There are 720 ways. See explanation.
How many ways are there to select a sub committee of 3 members from among a committee of 10?
(10−3)! = 120.
How many ways can 6 books be arranged in your locker?
There are 720 ways.
How many different ways can you arrange 6 books on a shelf?
Therefore, we have 720 ways of arranging 6 books on the shelf.
How many ways can 6 books be arranged on a shelf?
How many ways can 6 different books be arranged on a shelf? There are 720 ways. See explanation. To calculate the number of ways in which n elements can be arranged in a sequence you should use the permutations: n = P 6 = 6! To calculate the factorial you have to multiply all natural numbers between 1 and 6:
How many ways can n elements be arranged in a sequence?
There are 720 ways. See explanation. To calculate the number of ways in which n elements can be arranged in a sequence you should use the permutations: n = P 6 = 6! To calculate the factorial you have to multiply all natural numbers between 1 and 6:
Does the Order of the 4 people matter?
You can put this solution on YOUR website! It depends. Does the order of the group of 4 people matter? Let’s say your group of 9 consists of Alice, Bob, Carly, David, Ernest, Fran, Gillian, Henry, and Iris. Clearly, Alice, Bob, Carly, and David is one set of 4 people that you could select.