combination lock requires three selections of numbers, each from 1 through 30. a. How many different combinations are possible? b. Suppose the locks are constructed in such a way that no number may be used twice. How many different combinations are possible?
combination lock requires three selections of numbers, each from 1 through 30. a. How many different combinations are possible? b. Suppose the locks are constructed in such a way that no number may be used twice. How many different combinations are possible?
Chapter8: Sequences, Series,and Probability
Section8.6: Counting Principles
Problem 6ECP: A coin club has five members. In how many different ways can there be a president and a...
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A combination lock requires three selections of numbers, each from 1 through 30.
a. How many different combinations are possible?
b. Suppose the locks are constructed in such a way that no number may be used twice. How many different combinations are possible?
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