A radio station that plays classical music has a "by request" program each Saturday evening. The percentages of requests for composers on a particular night are as follows. Bach 14% Beethoven 17% Brahms 5% Dvorak 6% Mendelssohn 10% Mozart 14% Schubert 10% Schumann 9% Tchaikovsky 1% Wagner 14% Suppose that one of these requests is to be selected at random. (a) What is the probability that the request is for one of the three B's? (b) What is the probability that the request is not for one of the two S's? (c) Neither Bach nor Wagner wrote any symphonies. What is the probability that the request is for a composer who wrote at least one symphony?

MATLAB: An Introduction with Applications
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A radio station that plays classical music has a "by request" program each Saturday evening. The percentages of requests for composers on a particular night are as follows.
Bach
14%
Beethoven
17%
Brahms
5%
Dvorak
6%
Mendelssohn
10%
Mozart
14%
Schubert
10%
Schumann
9%
Tchaikovsky
1%
Wagner
14%
Suppose that one of these requests is to be selected at random.
(a) What is the probability that the request is for one of the three B's?
(b) What is the probability that the request is not for one of the two S's?
(c) Neither Bach nor Wagner wrote any symphonies. What is the probability that the request is for a composer who wrote at least one symphony?
Transcribed Image Text:A radio station that plays classical music has a "by request" program each Saturday evening. The percentages of requests for composers on a particular night are as follows. Bach 14% Beethoven 17% Brahms 5% Dvorak 6% Mendelssohn 10% Mozart 14% Schubert 10% Schumann 9% Tchaikovsky 1% Wagner 14% Suppose that one of these requests is to be selected at random. (a) What is the probability that the request is for one of the three B's? (b) What is the probability that the request is not for one of the two S's? (c) Neither Bach nor Wagner wrote any symphonies. What is the probability that the request is for a composer who wrote at least one symphony?
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