Chapter 1: Q. 1.17 (page 16)
Seven different gifts are to be distributed among children. How many distinct results are possible if no child is to receive more than one gift?
Short Answer
The possible number of distinct results are.
Chapter 1: Q. 1.17 (page 16)
Seven different gifts are to be distributed among children. How many distinct results are possible if no child is to receive more than one gift?
The possible number of distinct results are.
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Get started for freeDetermine the number of vectors such that each is a nonnegative integer and localid="1648403251141"
Prove the multinomial theorem.
There aredifferent linear arrangements of balls that are black andare white. Give a combinatorial explanation of this fact.
From a group of people, suppose that we want to choose a committee of k, , one of whom is to be designated as chairperson.
(a) By focusing first on the choice of the committee and then on the choice of the chair, argue that there are role="math" localid="1647945358534" possible choices.
(b) By focusing first on the choice of the non-chair committee members and then on the choice of the chair, argue that there are role="math" localid="1647945372759" possible choices.
(c) By focusing first on the choice of the chair and then on the choice of the other committee members, argue that
there are role="math" localid="1647945385288" possible choices.
(d) Conclude from parts (a), (b), and (c) that role="math" localid="1647945400273" .
(e) Use the factorial definition of to verify the identity in part (d).
In how many ways canobjects be selected from a set of objects if the order of selection is considered relevant?
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