The Music Store's inventory of recordings is: Popular Music: cassettes, 848; LPs, 145; CDs, 969 Classical Music: cassettes, 159; LPs, 37; CDs, 246 The Sound Shop's inventory of recordings is: Popular Music: cassettes, 753; LPs, 252; CDS, 639 Classical Music: cassettes, 342; LPs, 19; CDs, 113 a. Represent the Music Store's inventory in a 2x3 matrix M and the Sound Shop's inventory in 2x3 matrix S. b. If the stores merge, represent the merged inventory of the two shops as matrix E. c. From your matrix in b, highlight the total classical music in LPs.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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The Music Store's inventory of recordings is:
Popular Music: cassettes, 848; LPs, 145; CDs, 969
Classical Music: cassettes, 159; LPs, 37; CDs, 246
The Sound Shop's inventory of recordings is:
Popular Music: cassettes, 753; LPs, 252; CDs, 639
Classical Music: cassettes, 342; LPs, 19; CDs, 113
a. Represent the Music Store's inventory in a 2x3 matrix M and the Sound Shop's inventory in
2x3 matrix S.
b. If the stores merge, represent the merged inventory of the two shops as matrix E.
c. From your matrix in b, highlight the total classical music in LPs.
Transcribed Image Text:The Music Store's inventory of recordings is: Popular Music: cassettes, 848; LPs, 145; CDs, 969 Classical Music: cassettes, 159; LPs, 37; CDs, 246 The Sound Shop's inventory of recordings is: Popular Music: cassettes, 753; LPs, 252; CDs, 639 Classical Music: cassettes, 342; LPs, 19; CDs, 113 a. Represent the Music Store's inventory in a 2x3 matrix M and the Sound Shop's inventory in 2x3 matrix S. b. If the stores merge, represent the merged inventory of the two shops as matrix E. c. From your matrix in b, highlight the total classical music in LPs.
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