Chapter 1: Problem 9
In how many ways can the letters in WONDERING be arranged with exactly two consecutive vowels?
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Chapter 1: Problem 9
In how many ways can the letters in WONDERING be arranged with exactly two consecutive vowels?
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Determine the number of six-digit integers (no leading zeros) in which (a) no digit may be repeated; (b) digits may be repeated. Answer parts (a) and (b) with the extra condition that the six-digit integer is (i) even; (ii) divisible by 5 ; (iii) divisible by \(4 .\)
Find the coefficient of \(w^{2} x^{2} y^{2} z^{2}\) in the expansion of (a) \((w+x+y+z+1)^{10}\); (b) \((2 w-x+3 y+z-2)^{12} ;\) and, (c) \((v+w-2 x+y+5 z+3)^{12}\).
Matthew works as a computer operator at a small university. One evening he finds that 12 computer programs have been submitted earlier that day for batch processing. In how many ways can Matthew order the processing of these programs if (a) there are no restrictions? (b) he considers four of the programs higher in priority than the other eight and wants to process those four first? (c) he first separates the programs into four of top priority, five of lesser priority, and three of least priority, and he wishes to process the 12 programs in such a way that the top-priority programs are processed first and the three programs of least priority are processed last?
In how many ways can Beth place 24 different books on four shelves so that there is at least one book on each shelf? (For any of these arrangements consider the books on each shelf to be placed one next to the other, with the first book at the left of the shelf.)
In how many ways can a gambler draw five cards from a standard deck and get (a) a flush (five cards of the same suit)? (b) four aces? (c) four of a kind? (d) three aces and two jacks? (e) three aces and a pair? (f) a full house (three of a kind and a pair)? (g) three of a kind? (h) two pairs?
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