You have one pile of 12 building blocks, each one a different color, and you also have another pile of 7 blocks, again each one a different color. How many ways are there to build a tower 5 blocks high from the first pile and another tower 2 blocks high from the second pile? Assume that the colors at each level of a tower matter. (A) C(12,5)+ C(7, 2) (B) P(12,5) · P(7, 2) (C) C(19,7) (D) C(12,5) · C(7, 2) (E) P(12,5)+P(7, 2) (F) 212 (G) 219 (H) P(19,7) A В E OH
You have one pile of 12 building blocks, each one a different color, and you also have another pile of 7 blocks, again each one a different color. How many ways are there to build a tower 5 blocks high from the first pile and another tower 2 blocks high from the second pile? Assume that the colors at each level of a tower matter. (A) C(12,5)+ C(7, 2) (B) P(12,5) · P(7, 2) (C) C(19,7) (D) C(12,5) · C(7, 2) (E) P(12,5)+P(7, 2) (F) 212 (G) 219 (H) P(19,7) A В E OH
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Transcribed Image Text:You have one pile of 12 building blocks, each one a different color, and you also have
another pile of 7 blocks, again each one a different color. How many ways are there to
build a tower 5 blocks high from the first pile and another tower 2 blocks high from
the second pile? Assume that the colors at each level of a tower matter.
(A) C(12,5)+C(7, 2)
(B) P(12,5) · P(7, 2)
(C) C(19, 7)
(D) C(12,5) · C(7, 2)
(E) P(12,5)+ P(7, 2)
(F) 212
(G) 219
(Н) Р(19,7)
O A
В
E
O F
G
H
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