A mail-order company classifies its customers as preferred, standard, or infrequent depending on the number of orders placed in a year. Past records indicate that each year, 5 % of preferred customers are reclassified as standard and 12 % as infrequent, 5 % of standard customers are reclassified as preferred and 5 % as infrequent, and 9 % of infrequent customers are reclassified as preferred and 10 % as standard. Assuming that these percentages remain valid, what percentage of customers are expected to be in each category in the long run?
A mail-order company classifies its customers as preferred, standard, or infrequent depending on the number of orders placed in a year. Past records indicate that each year, 5 % of preferred customers are reclassified as standard and 12 % as infrequent, 5 % of standard customers are reclassified as preferred and 5 % as infrequent, and 9 % of infrequent customers are reclassified as preferred and 10 % as standard. Assuming that these percentages remain valid, what percentage of customers are expected to be in each category in the long run?
A mail-order company classifies its customers as preferred, standard, or infrequent depending on the number of orders placed in a year. Past records indicate that each year,
5
%
of preferred customers are reclassified as standard and
12
%
as infrequent,
5
%
of standard customers are reclassified as preferred and
5
%
as infrequent, and
9
%
of infrequent customers are reclassified as preferred and
10
%
as standard. Assuming that these percentages remain valid, what percentage of customers are expected to be in each category in the long run?
How many different rectangles can be made whose side lengths, in centimeters, are counting numbers and whose are is 1,159 square centimeters? Draw and label all possible rectangles.
Not use ai please
| 2 Differential Topology: Morse Theory
Task:
Refer to Question 32 in the provided document.
Link:
https://drive.google.com/file/d/1wKSrun-GlxirS31Z9qo Hazb9tC440 AZF/view?usp=sharing
Chapter 9 Solutions
Pearson eText for Finite Mathematics for Business, Economics, Life Sciences, and Social Sciences -- Instant Access (Pearson+)
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