A computer device can be either in a busy mode (state 1) processing a task, or in an idle mode (state 2), when there are no tasks to process. Being in a busy mode, it can finish a task and enter an idle mode any minute with the probability 0.2; while being in an idle mode, it receives a new task any minute with the probability 0.1 . Assuming that the state of the device can be modeled using discrete time Markov chain {Xn, n=0,1,2,...} {
X
n
,
n
=
0
,
1
,
2
,
.
.
.
}
, where Xn
X
n
is the state of the process after n
n
minutes and that the the device’s initial state is in idle mode; the steady-state distribution of the process is

b i think

step-by-step explanation:

not really sure

rick has $1400 and sally has $1500

step-by-step explanation:

to find amount of money rick has after 10 years :

principal = $1000 , time = 10 years , rate = 4% annually

to find amount of money sally has after 10 years :

her friend gives to pay her $50 per year, therefore money she has after 10 years = 50 × 10 = $500

also, sally gets $1000 after 10 years,

therefore, total amount of money sally has after 10 years = 500 + 1000 = $1500

so, after 10 years : rick has $1400 and sally has $1500

10.416 meters per second

step-by-step explanation:

distance=1 00 meters

time= 9.6 seconds in decimal form or 9 3/5 as a mixed number

average speed= 100/9.6

=10.416 meters per second or 10 52/125 as a mixed number.

won't that be plagrisim thought?

step-by-step explanation: