Pest Control In an experiment to test the effectiveness of the latest roach trap, the "Roach Resort," 500 roaches were placed in the vicinity of the trap and left there for an hour. At the end of the hour, it was observed that 100 of them had "checked in," while the rest were still scurrying around. (Remember that "once a roach checks in, it never checks out." Let 1= not checked in, and 2 checked in.) %3D (a) Set up the transition matrix P for the system with decimal entries. Calculate p2. Calculate p3. (b) If a roach begins outside the "Resort," what is the probability of it "checking in" by the end of 1 hour? 2 hours? 3 hours? 1 hour 2 hours 3 hours (c) What do you expect to be the long-term impact on the number of roaches? Eventually, all the roaches will have checked in. O Eventually, all the roaches will not have checked in. O There is not enough information.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Pest Control In an experiment to test the effectiveness of the latest roach trap, the "Roach Resort," 500 roaches were
placed in the vicinity of the trap and left there for an hour. At the end of the hour, it was observed that 100 of them had
"checked in," while the rest were still scurrying around. (Remember that "once a roach checks in, it never checks out." Let
1 = not checked in, and 2 = checked in.)
(a) Set up the transition matrix P for the system with decimal entries.
Calculate P2
Calculate p3.
(b) If a roach begins outside the "Resort," what is the probability of it "checking in" by the end of 1 hour? 2 hours? 3
hours?
1 hour
2 hours
3 hours
(c) What do you expect to be the long-term impact on the number of roaches?
O Eventually, all the roaches will have checked in.
O Eventually, all the roaches will not have checked in.
O There is not enough information.
412 AM
42°F Cloudy
A D O (x
12/12/2021
hp
Transcribed Image Text:Pest Control In an experiment to test the effectiveness of the latest roach trap, the "Roach Resort," 500 roaches were placed in the vicinity of the trap and left there for an hour. At the end of the hour, it was observed that 100 of them had "checked in," while the rest were still scurrying around. (Remember that "once a roach checks in, it never checks out." Let 1 = not checked in, and 2 = checked in.) (a) Set up the transition matrix P for the system with decimal entries. Calculate P2 Calculate p3. (b) If a roach begins outside the "Resort," what is the probability of it "checking in" by the end of 1 hour? 2 hours? 3 hours? 1 hour 2 hours 3 hours (c) What do you expect to be the long-term impact on the number of roaches? O Eventually, all the roaches will have checked in. O Eventually, all the roaches will not have checked in. O There is not enough information. 412 AM 42°F Cloudy A D O (x 12/12/2021 hp
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