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· 166-170 · 171-175 · 176-180 · 181-185 · 186-190 · 191-195 · 196-200 · 201-205 · 206-210 · 211-215 · 216-220 ·How many r-digit ternary sequences are there in which...
How many r-digit ternary sequences are there in which A) No digit occurs exactly twice? B) 0 and 1 each appear a positive even number of times?
Subject:
Math
Topic:
Combinatorial Mathematics
Posting ID:
51824
OTA ID:
104975
Find an exponential generating function for the number of distributions...
Find an exponential generating function for the number of distributions of r distinct objects into n different boxes with exactly m nonempty boxes.
Subject:
Math
Topic:
Combinatorial Mathematics
Posting ID:
51825
OTA ID:
104945
1) Find and solve a recurrence relation for the number of n-digit ternary sequences with no consecutive digits being equal. 2) Find and solve a recurrence relation for the number of infinite regions formed by n infinite lines drawn in the plane so that each pair of lines intersects at a different point. 3) Find and solve a recurrence relation for the number of different regions formed when n mutually intersecting planes are drawn in three-dimensional space such that no four planes intersect at a common point and no two planes have parallel intersection lines in a third plane. (Hint: reduce to a two-dimensional problem.) 4) Suppose a savings account earns 5 percent a year. Initially ... click for more
Subject:
Math
Topic:
Combinatorial Mathematics
Posting ID:
54968
OTA ID:
101298
Recurrence relation, functional equation...
(See attached file for full problem description with proper symbols and equations) --- 1. Find a functional equation and solve it for sequence of generating functions whose coefficients satisfy (assume and =1): 1. 2. Find a recurrence relation and associated generating function for the number of n-digit ternary sequence that have the pattern "012" occurring for the first time at end of the sequence. 3. Find and solve simultaneous recurrence relation for determining the number of n-digit ternary sequences whose sum of digits is a multiple of 3 ---
Subject:
Math
Topic:
Combinatorial Mathematics
Posting ID:
55065
OTA ID:
101298
A regular octagon is inscribed in a circle of radius 15.8 cm. Find the parmeters of the octagon.
Subject:
Math
Topic:
Combinatorial Mathematics
Posting ID:
55944
OTA ID:
103300
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