You have one pile of 11 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 4 blocks high from the first pile and another tower 3 blocks high from the second pile? Assume that the colors at each level of a tower matter. (A) 318 (B) C(11, 4) C(7, 3) (C) P(11,4) P(7,3) (D) P(18,7) (E) 311 (F) C(18,7) (G) P(11,4)+ P(7, 3) (H) C(11,4) + C(7, 3) O A C OD O E OF OG

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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You have one pile of 11 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 4 blocks high from the first pile and another tower 3 blocks high from
the second pile? Assume that the colors at each level of a tower matter.
(A) 318
(B) C(11,4) C(7, 3)
(C) P(11,4) P(7,3)
(D) P(18,7)
(E) 311
(F) C(18,7)
(G) P(11,4)+ P(7,3)
(H) C(11,4)+ C(7,3)
O A
OB
OC
O E
O F
OG
H.
Transcribed Image Text:You have one pile of 11 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 4 blocks high from the first pile and another tower 3 blocks high from the second pile? Assume that the colors at each level of a tower matter. (A) 318 (B) C(11,4) C(7, 3) (C) P(11,4) P(7,3) (D) P(18,7) (E) 311 (F) C(18,7) (G) P(11,4)+ P(7,3) (H) C(11,4)+ C(7,3) O A OB OC O E O F OG H.
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