An insurance company classifies drivers as low-risk if they are accident-free for one year. Past records indicate that 98 % of the drivers in the low-risk category L one year will remain in that category the next year, and 78 % of the drivers who are not in the low-risk category L ' one year will be in the low-risk category the next year. (A) Draw a transition diagram. (B) Find the transition matrix P . (C) If 90 % of the drivers in the community are in the low-risk category this year, what is the probability that a driver chosen at random from the community will be in the low-risk category next year? Year after next?
An insurance company classifies drivers as low-risk if they are accident-free for one year. Past records indicate that 98 % of the drivers in the low-risk category L one year will remain in that category the next year, and 78 % of the drivers who are not in the low-risk category L ' one year will be in the low-risk category the next year. (A) Draw a transition diagram. (B) Find the transition matrix P . (C) If 90 % of the drivers in the community are in the low-risk category this year, what is the probability that a driver chosen at random from the community will be in the low-risk category next year? Year after next?
Solution Summary: The author explains the transition diagram when an insurance company classifies drivers as: 98% of the drivers are at low risk if they are accident free for one year.
An insurance company classifies drivers as low-risk if they are accident-free for one year. Past records indicate that
98
%
of the drivers in the low-risk category
L
one year will remain in that category the next year, and
78
%
of the drivers who are not in the low-risk category
L
'
one year will be in the low-risk category the next year.
(A) Draw a transition diagram.
(B) Find the transition matrix
P
.
(C) If
90
%
of the drivers in the community are in the low-risk category this year, what is the probability that a driver chosen at random from the community will be in the low-risk category next year? Year after next?
Task number: A1.1, A1.7
Topic: Celestial Navigation, Compass - Magnetic and Gyro
Activ Determine compass error (magnetic and gyro) using azimuth choosing a suitable
celestial body (Sun/ Stars/ Planets/ Moon). Apply variation to find the deviation of the magnetic
compass.
Minimum number of times that activity should be recorded: 6 (2 each phase)
Sample calculation (Azimuth- Planets):
On 06th May 2006 at 22h20m 10s UTC, a vessel in position 48°00'N 050°00'E observed Mars bearing
327° by compass. Find the compass error. If variation was 4.0° East, calculate the deviation.
GHA Mars (06d 22h):
Increment (20m 10s):
089° 55.7'
005° 02.5'
v (0.9):
(+)
00.3'
GHA Mars:
094° 58.5'
Longitude (E):
(+) 050° 00.0' (plus- since longitude is easterly)
LHA Mars:
144° 58.5'
Declination (06d 22h):
d (0.2):
N 024° 18.6'
(-)
00.1'
Declination Mars:
N 024° 18.5'
P=144° 58.5' (If LHA<180°, P=LHA)
A Tan Latitude/ Tan P
A Tan 48° 00' Tan 144° 58.5'
A = 1.584646985 N (A is named opposite to latitude, except when…
Chapter 9 Solutions
Finite Mathematics for Business, Economics, Life Sciences, and Social Sciences (14th Edition)
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